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SunSpec Connect Webinar Series – Standardizing Solar Finance: Unlocking the Value of Data Through Orange Button

Summary

This webinar, hosted by the SunSpec Alliance, focuses on a core issue slowing down solar adoption: fragmented data. While solar technology itself continues to improve, soft costs such as permitting delays, manual paperwork, inconsistent product data, and complex financing requirements are still eating up a significant portion of every solar dollar. Jan Rippingale, CEO of Blu Banyan and the Orange Button Alliance, explains how these challenges stem from a lack of shared standards and common language across the industry.

The session introduces the Orange Button Initiative and the newly formed Orange Button Alliance, which are working to standardise how solar data is defined, shared, and used across permitting, product registries, operations and maintenance, performance reporting, and asset valuation. The long-term vision is often described as a “Zillow for solar”, where projects can be valued, financed, permitted, and transferred far more quickly and confidently. The webinar also highlights real-world progress already being made, including faster electronic permitting, improved financing workflows, and growing industry adoption driven by open, collaborative data infrastructure.
Learn more about the Orange Button Alliance: https://www.oballiance.org/

Learning Objectives

  • Understand How Fragmented Data Increases Solar Soft Costs And Slows Project Deployment

  • Learn How The Orange Button Data Standard Improves The Exchange Of Solar Project Data

  • Identify Where Standardised Data Can Reduce Permitting, Financing, And Due Diligence Friction

  • Understand The “Zillow For Solar” Concept And What It Enables For Asset Valuation And Transfer

  • Recognise How Industry Collaboration Through Shared Data Standards Accelerates Solar Adoption

 

Full Webinar Transcript

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All right.

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Good morning and welcome everybody. My name is Dylan Tanzi.

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I’m the Executive Director of the SunSpec Alliance.

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Thank you so much for joining us today

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for today’s webinar on Standardizing Solar Finance

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with Jan Ripen, CEO, and founder of Blue Banyan,

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and also CEO of the Orange Button Alliance.

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This is a, a great topic for today,

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so really happy for you all to join us.

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I’m gonna leave a lot of the detail, all the details to Jan,

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but just to tee things up a little bit,

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we’re talking about orange button

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and application level data standards, uh,

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that is really excited, exciting.

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The Orange Button Initiative was initially developed, um,

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under a US Department of Energy, uh, pro, uh,

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uh, finance project.

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Uh, but now the, this initiative is going global with the,

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uh, origination of the Orange Button Alliance,

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a separate 5 0 1 C3, uh, nonprofit charity, uh,

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that was spun up in order to, to support the, uh,

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the development of d different use cases

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and applications of the, of the standard.

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And Jan is both a board member of the SunSpec Alliance,

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and like I said, CEO of, of the Orange Button Alliance.

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So I’ll let Jan get all into it.

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Uh, let’s just go to the, uh, the, uh, IP admonition.

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So, like all SunSpec meetings, uh,

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all SunSpec meetings are conducted in accordance

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with the SunSpec antitrust policy

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and intellectual property provisions defined in

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the SunSpec member agreement.

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This agreement can be found a following address.

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SunSpec strictly prohibits market participants

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and their employees who take part in these activities from

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using their participation as a forum for engaging in,

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in practices or communications that violate antitrust laws.

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Confidential or proprietary information should not be

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discussed in open session.

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Please contact SunSpec Management if you have any questions.

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And a couple quick housekeeping items

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before I pass it off to Jan.

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Uh, this is, uh, this meeting is going to be,

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is being held on Google Meet.

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So you do have the ability

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to turn your camera on and unmute yourself.

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We do ask that you do, that you keep the, your camera off

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and yourself on mute to keep the background

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noise, um, to a minimum.

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Uh, in addition, there will be time for questions,

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so please do enter your questions in the chat.

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But like I said, uh, keep, keep the camera and,

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and mic off for the, for the, uh,

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main duration of the content.

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Uh, additionally, the recording will be published

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and distributed to you, uh, within a day

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or two, as well as the deck.

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And there’s a lot of, there’s an appendix at the end

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with a lot of rich detail, um, for you

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to refer to afterward.

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Uh, so with that,

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Thank you So, and rip, thanks so much

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for joining us. Take it away.

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Thank you so much, Dylan. I am glad to be here.

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This is my favorite webinar of the year to report out on

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what we’ve been doing at

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with the Orange Button Working Group

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and how we’re planning on building even more momentum than

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we have gotten so far together.

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So the future of Clean Energy runs on data.

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This is our mantra.

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So today’s journey, we’ve all been about

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how are we gonna go from this problem

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and handle it in partnership,

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which is why we have the 5 0 1 C3.

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The challenge is that the soft costs are eating up 50%

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of every solar dollar spent.

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And in order to deploy more solar faster

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and help the climate transition,

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and just to make life more fun for all of us, we need to see

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what we can do to change that.

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And we have been working on it for nearly a decade,

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and we’re getting some traction.

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Um, the infrastructure behind the solution

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for this involves common terms, like using the same words,

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um, to mean the same things,

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common data sets like the A HJ registry

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and the product registry and common tools like Solar App

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and Tel, and many other tools that we’ve got available.

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We’re gonna go into that in detail,

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but all of this is meant to give you

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and to give the industry to give us an ability to

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capitalize on our common data

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so we can have something like Zillow for solar.

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And we are going to work for this.

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So we have common valuation of our assets

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and quick deployment.

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So we have made steps that are already working.

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The steps that we have made are already saving millions

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of dollars, and we’ve got a roadmap to do even more.

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We’re gonna talk about your membership in the Orange Button

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Alliance and your the help that we would like you to engage

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and contribute to shape the future that we need.

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And then we’ll have questions.

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So here’s the data cha challenge in US Resi,

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and I brought this out specifically because it is stark.

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So solar costs seven times more in the

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United States than in Australia.

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Um, that is amazing.

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So a US system that’s 28 k, which is close to average here

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is $4,000 in the US and $10,000 in Germany.

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So what is the difference?

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And it’s, it’s not the modules,

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it’s not the equipment, it’s the paperwork.

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So the soft costs are the operational challenge

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of this fragmented data that we’re needing to, uh, solve for

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across the segments.

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We have the same challenge.

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So an important thing is it takes over 27 days.

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It’s actually gone down a lot to get permitting delays

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through a manual, a HJ process.

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In commercial, we’ve got very complex site data requirements

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and inconsistent performance reporting.

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And so due diligence to get financing is very complicated

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and slows, slows everything down for financing

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and also for selling the asset later utility scale

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that shows up in these huge interconnection queues

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that we’ve been hearing about and talking about and,

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and chipping away at, um, to get going.

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So how much time and money does this actually cost us?

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So the interconnection bottleneck, as you know, is,

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is pretty much the bottleneck that we have to rolling,

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deploying more solar faster, um,

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and every day that we get delays in

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with this interconnection bottleneck.

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Recently, pine Gates bankruptcy, for instance, was

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dramatically affected by not being able

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to get through this bottleneck.

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And the carrying costs of any delays that happen

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as you have these projects that are sitting idle

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and unable to move forward, um, are substantial.

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So we also need the utilities coming in, um,

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and working, helping us with the state exchange.

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The product data is the next area, uh,

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that we’re going to look to tame.

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And we have multiple, 200 plus manufacturers.

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They’ve all got their own specification data in their own

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languages right now, and we are gonna work

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to get them synchronized so that we can look

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and do Apple to apple comparisons while still preserving

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their unique capabilities.

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So this is, this is going to be the next piece

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that we take on.

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And then the asset value valuation

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and the o opacity for that.

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Like we can’t, how, how much

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utility scale projects are worth based

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on what they’re generating yet.

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And this Zillow for solar

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is literally how we want to do that.

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We want to build up the data pieces that we need,

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and knowing which products we’re working on is,

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is a key element of that buildup.

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But we wanted to be able to do that so

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that we can exchange solar assets in a way similar to

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how Zillow, Zillow does.

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You have approximate comparisons, do, um,

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inspections in 30 days.

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You’ve got a new system.

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So we’ve got these three problems

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and they all share a common root cause, which is

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that our data is fragmented.

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So what is the solution?

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What if, please imagine for a second,

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the solar data we needed just worked.

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What if we worked on one standard with one language,

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one term across all of the relevant jurisdictions,

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which is 20,000 in the US alone, all our manufacturers,

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we have 10,000 plus solar companies.

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We’re all speaking the same language.

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The efficiencies we would be able to manifest

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collectively doing more good, faster

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and making more money along the way

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is exactly the solution that we’re looking for.

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And we’re building up for one step at a time.

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So this was the fundamental vision that

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that started the orange button initiative from the

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Department of Energy and SunSpec was the initial

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recipient to doing that.

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This is still the, the core working group has these members,

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and then we’ve got, um, key contributors going

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through what we’re working on.

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We’ve got taxonomy definitions

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where we’re really defining the terms.

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And I’m gonna go into what exactly that is

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and why that matters, particularly with ai,

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because this AI just supercharges all

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of the benefits that we are gonna get

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from this common terminology.

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And then the reference data sets.

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The reference data sets are the areas

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where we’re getting the most traction

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and the most visibility because data is candy.

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Everybody loves getting more data faster

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and more accurately.

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So this is this initiative

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and the success we’ve had so far started

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the Orange Button Alliance.

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Um, we are a 5 0 1 C3 formally

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set up in a nonprofit structure now.

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And our mission is to accelerate clean energy deployment

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through data standardization.

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So the vision originally was a Zillow for solar.

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Um, and these are the kinds of changes that I think

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that we can make know you’re gonna

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have a valuation assessment.

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Like right now, there isn’t actually a good way to do this.

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It is all custom and bespoke every single time.

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But with orange button, you could just go on a website,

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look at, look up the site

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and see it with its full when the vision’s fully,

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um, executed.

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The capacity adjustments

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for hosting factors and other things.

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Like it takes days and weeks to get this information

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and pull it together right now.

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And you could do that probably in less than an hour, um,

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with some tweaking of the parameters and times of day

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and different ways that you might want

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to adjust those assumptions.

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O and m data right now is reported manually,

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and we would like this to be reported monthly

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would be a typical cadence,

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but quarterly would be the other cadence.

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And the reason that we think that we can do this is

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because we are using the same infrastructure

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that the SEC uses

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to get quarterly accounting from every publicly traded

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company in the world, you know, up every quarter.

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So we’ve got that same advantage in our underlying

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technology so that we can get this level of automation

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and performance based data.

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So instead of going through full due diligence,

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which takes months and months, you know,

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it might take something more like 30 days

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as you do your inspections, much more like a house.

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The market for this is billions of dollars annually.

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So this is worth reallocating these resources

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to deploy more solar, deploy it faster,

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and to do it better altogether,

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which is why it’s worth this long.

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Um, what does Tom Tanzi keep saying?

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It’s the overnight success that was 10 years in the making.

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So this has been a journey for all of us,

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but there are billions of dollars at stake

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and will become available, um, through these optimizations.

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So as always, we have the two choices

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that we can keep paying this fragmentation tax

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and suffering, or we can support the infrastructure

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that’s already returned, that’s already working

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and it’s got this compounding returns.

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So clearly I’ve made my choice,

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but I invite you all to think about this

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and see where you’d like to be.

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So how do we really do this right?

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And we’re baking it down into these three components.

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And the common terms are really found in the orange button

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editor, which I’m gonna show you in detail as we go through

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the terms and the enumerations.

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The values that go behind those terms are the magic

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that create the semantics to give us all

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of those optimizations we’re gonna get from ai.

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The A HJ registry we’ve talked about for years now,

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and it’s very successful, it has rolled out

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as an underpinning for solar app

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and how they’re succeeding in the US

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and which dramatically improved.

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How many permits are being issued electronically

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and how quickly that can get done.

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Um, the product registry has a similar

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is is started.

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We’ve got the MVP

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and we’ve got a similar journey

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that we’re building it out now with key enhancements like,

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um, data for domestic content rules.

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So it’s very exciting. And in the standardized chart

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of accounts, this is the registry that we’re building

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that’s going to tie solar accounts

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for a solar site like Zillow into,

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and it connects with links to what’s in Gap

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and what’s in XBRL so that we can have that transparency

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to get these valuations.

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So these are the common data sets that we’re focused on next

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that’s supported by e and used by each of these tools.

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And the tool list just keeps growing.

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So who benefits from the structure?

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And essentially it’s everybody,

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everybody benefits in the entire ecosystem

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by having this clarity.

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These are the core elements of the actual deliverables

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along the way in order that we are working for so

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that you guys can see this progress.

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Let me know if you have any questions about any of these.

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I love talking about it in detail.

305
00:15:17.275 –> 00:15:20.415
So that is the vision for what we’ve got.

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00:15:20.795 –> 00:15:23.655
And then what have we actually done in 2025?

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What’s different from last year?

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00:15:26.395 –> 00:15:29.535
So first we actually launched the operations

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and maintenance data models,

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and we’re going to show you

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how those data models are used in production, um, with

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so Tel and their, um, clients

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and all the innovations that needed to come out with getting

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that out into the market.

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It’s, it’s very exciting.

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Next we’re gonna talk about the time series data framework

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that enables us to do, um, primarily the business reporting

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that we actually need to do, um, on a consistent basis,

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which is foundational for an energy asset to have valuation

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and the language support as we moved internationally.

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Um, rolling this out is

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in an Israeli based company

323
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and then we rolled it out throughout Europe

324
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and Spain, Germany,

325
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and we needed the languages to work accordingly.

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00:16:25.935 –> 00:16:28.665
Next, I wanna show you the product registry, MVP

327
00:16:28.685 –> 00:16:31.625
and the most recent changes that we have

328
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that, that we have done.

329
00:16:33.285 –> 00:16:37.905
One is domestic content wasn’t a thing, um, prior to 2025.

330
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And we have a simple

331
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and effective way of tracking that so

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that the manufacturers can clearly attest to

333
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their domestic content

334
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and fiac rules so that we can have clear financing, um,

335
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as we’re moving forward

336
00:16:55.875 –> 00:16:57.535
and need to become compliant with all

337
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of these things starting in 2026.

338
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And then July and 2026, we’ve got another one.

339
00:17:01.415 –> 00:17:02.855
January and July are the big dates there.

340
00:17:04.545 –> 00:17:08.895
Qualifying lists, a qualifying list is what you may ask.

341
00:17:10.085 –> 00:17:13.505
And the qualifying list integration that we have done works

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00:17:13.505 –> 00:17:15.985
with like the CEC is a qualifying list,

343
00:17:16.005 –> 00:17:17.705
the California Energy Commissions list.

344
00:17:18.325 –> 00:17:20.465
And there are many more qualifying lists.

345
00:17:20.725 –> 00:17:21.785
Um, Pennsylvania Power

346
00:17:21.785 –> 00:17:23.305
and Light has their own qualifying list.

347
00:17:24.005 –> 00:17:28.465
Um, SRC in Arizona has got their own

348
00:17:28.465 –> 00:17:31.265
qualifying lists so that they can clearly

349
00:17:31.785 –> 00:17:34.505
indicate which products are on their qualifying lists

350
00:17:34.765 –> 00:17:38.025
to accelerate selling those products,

351
00:17:38.165 –> 00:17:40.985
but also accelerate, um, the deployment

352
00:17:41.045 –> 00:17:42.625
and designs that are needed in those areas.

353
00:17:43.845 –> 00:17:46.865
And last but not least, the recycling

354
00:17:46.925 –> 00:17:50.005
and circularity data that we’re collecting about

355
00:17:50.785 –> 00:17:54.805
the products is going to be crucial, um,

356
00:17:55.345 –> 00:17:57.325
as we want to have recycling plans

357
00:17:57.325 –> 00:17:58.405
in the United States as well.

358
00:17:58.825 –> 00:18:01.765
But we’re gonna be rolling this out throughout Europe, uh,

359
00:18:01.795 –> 00:18:05.525
with the digital, um, passports in the eu.

360
00:18:06.425 –> 00:18:09.535
So they’re gonna be the first users

361
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because they’re requiring it.

362
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And the support for this is going

363
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to benefit everyone across the country as we look to

364
00:18:19.085 –> 00:18:21.095
make sure that the u that the United States,

365
00:18:21.155 –> 00:18:25.105
for instance can have the, um,

366
00:18:26.195 –> 00:18:28.375
you know, can reutilize these mineral

367
00:18:28.375 –> 00:18:30.015
and other resources effectively.

368
00:18:30.595 –> 00:18:31.615
So this is very exciting.

369
00:18:32.935 –> 00:18:35.915
And the residential solar ecosystem growth in 2025.

370
00:18:36.375 –> 00:18:39.835
So this has been cumulating from the A HJ registry growth.

371
00:18:39.895 –> 00:18:41.595
And then the work that we’ve done with Solar Wrap,

372
00:18:42.055 –> 00:18:47.035
it is now on 325 a hjs across 17 states.

373
00:18:48.915 –> 00:18:52.175
It have actually issued 126

374
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um, thousand permits.

375
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And the first statewide deployment for every

376
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A HJ is Colorados

377
00:19:02.095 –> 00:19:05.795
and they’ve got 200 Dora jurisdictions.

378
00:19:06.375 –> 00:19:09.755
So it has been deployed across the entire state of Colorado,

379
00:19:10.525 –> 00:19:13.955
which is becoming an another energy leader,

380
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um, in the us.

381
00:19:16.895 –> 00:19:21.675
And the permits get issued in less than a day, which is

382
00:19:23.105 –> 00:19:26.785
a huge game changing shift in

383
00:19:26.925 –> 00:19:29.105
how we’re able to deliver.

384
00:19:29.605 –> 00:19:32.465
So these are the pieces that have come to fruition

385
00:19:32.525 –> 00:19:34.865
and are continuing to grow in 2025

386
00:19:34.865 –> 00:19:36.025
that we’re really proud of.

387
00:19:36.745 –> 00:19:38.865
I would love to go deep dive on any

388
00:19:38.865 –> 00:19:41.345
of these if you’re interested in the questions at the end.

389
00:19:43.765 –> 00:19:48.345
Um, so a quick thing about the OM expansion I wanted

390
00:19:48.345 –> 00:19:53.265
to show you is that we’ve got a video on how to use the API

391
00:19:54.175 –> 00:19:56.465
that is the orange button compliant API.

392
00:19:57.445 –> 00:20:01.965
So take the A look at this link and check out this video.

393
00:20:02.945 –> 00:20:06.645
I’m just gonna show you a quick two seconds version of it.

394
00:20:08.145 –> 00:20:11.355
It’s in swagger in open API so

395
00:20:11.355 –> 00:20:13.635
that everyone can look at it and see what they’re doing.

396
00:20:14.135 –> 00:20:15.835
I’m gonna move past authorization

397
00:20:16.415 –> 00:20:19.715
and start to show you how some of the orange button,

398
00:20:20.685 –> 00:20:24.145
you know, where we’ve got the value based logic

399
00:20:25.185 –> 00:20:29.845
is used in the API calls and the responses.

400
00:20:31.835 –> 00:20:34.975
So you can see the value unit decimals start and end time.

401
00:20:34.975 –> 00:20:38.585
These primitives, this is the thing that makes

402
00:20:39.165 –> 00:20:40.585
the SEC able

403
00:20:40.605 –> 00:20:42.585
to process all the data across all

404
00:20:42.665 –> 00:20:43.785
the companies in the same way.

405
00:20:44.245 –> 00:20:45.345
And that’s what we’re applying

406
00:20:45.365 –> 00:20:47.420
to our energy information infrastructure.

407
00:20:48.345 –> 00:20:49.965
So the video link is in there

408
00:20:50.505 –> 00:20:52.085
and I want you all to check out

409
00:20:52.545 –> 00:20:56.365
how it’s actually being used in production, um, in the wild.

410
00:21:02.725 –> 00:21:04.705
So super excited and proud about that.

411
00:21:05.405 –> 00:21:08.545
Um, we got a lot of help to put this together, um,

412
00:21:08.545 –> 00:21:12.985
with the solar grade platform, um, in particular.

413
00:21:13.245 –> 00:21:15.505
So that was really great.

414
00:21:16.205 –> 00:21:19.145
And then we have these awesome standards aligned

415
00:21:19.185 –> 00:21:22.305
enumerations and I’m just gonna take a minute

416
00:21:22.485 –> 00:21:24.145
and show you what that actually means.

417
00:21:24.845 –> 00:21:27.705
So here’s an example of one of our o

418
00:21:27.705 –> 00:21:30.865
and m things is, uh, failure cause

419
00:21:31.445 –> 00:21:34.505
and without orange button you get things like inverter

420
00:21:34.505 –> 00:21:36.705
problem and this and you don’t know what they mean,

421
00:21:36.855 –> 00:21:38.105
they could be interchangeable,

422
00:21:39.205 –> 00:21:41.825
but instead, if you align the failure cause

423
00:21:41.885 –> 00:21:44.305
to the standards, you would get something like this

424
00:21:44.305 –> 00:21:45.665
and know exactly

425
00:21:45.885 –> 00:21:48.545
and precisely what it is that you need to look at.

426
00:21:49.525 –> 00:21:50.905
So let’s just take a minute

427
00:21:52.005 –> 00:21:56.265
and look at this is an OM issue, which is our object

428
00:21:56.725 –> 00:21:59.665
and this is the editor that we have

429
00:22:00.725 –> 00:22:02.425
to look at everything that we’ve got.

430
00:22:02.445 –> 00:22:04.025
So you can see the OM issue here

431
00:22:05.045 –> 00:22:07.545
and one of the pieces in here is the failure records.

432
00:22:09.455 –> 00:22:11.355
And ’cause you can have an ONU

433
00:22:11.355 –> 00:22:12.475
that has more than one failure

434
00:22:13.255 –> 00:22:16.275
and if you look at failure, cause just as an example,

435
00:22:16.975 –> 00:22:18.555
you can view your enumerations

436
00:22:20.155 –> 00:22:23.705
and you’ll see that we’ve aligned the failure causes

437
00:22:23.895 –> 00:22:28.715
that the ISO standards so that the entire industry

438
00:22:29.905 –> 00:22:31.965
can look and see where the problem was

439
00:22:32.225 –> 00:22:34.965
and start addressing the problem at the source

440
00:22:37.115 –> 00:22:39.695
as you’re going through, which is why this ISO standard was

441
00:22:39.695 –> 00:22:40.735
set up this way to begin with.

442
00:22:41.805 –> 00:22:43.625
So this is an example

443
00:22:44.445 –> 00:22:49.185
of us showing the industry as a whole how

444
00:22:49.185 –> 00:22:53.665
to apply these ISO standards in their own business to begin

445
00:22:53.665 –> 00:22:55.305
to describe what’s going on

446
00:22:56.165 –> 00:23:00.305
and then be able to improve their business processes

447
00:23:00.835 –> 00:23:03.735
count, um, where the problems are happening

448
00:23:03.735 –> 00:23:08.305
and how they’re getting fixed hopefully earlier,

449
00:23:08.335 –> 00:23:10.985
earlier in the process so that they’re all less expensive

450
00:23:10.985 –> 00:23:13.065
to fix, which is the ISO way.

451
00:23:14.435 –> 00:23:17.535
And you’ll notice that we have these kinds of enumerations

452
00:23:18.715 –> 00:23:23.585
on many of the different pieces

453
00:23:24.965 –> 00:23:27.985
so that we can guide the industry as a whole about

454
00:23:28.075 –> 00:23:32.425
where they ought to move forward to meet industry standards.

455
00:23:33.055 –> 00:23:36.705
This took a huge intellectual effort for ISO to come up with

456
00:23:37.245 –> 00:23:40.145
and it’s presented in a way that very easy to understand

457
00:23:40.805 –> 00:23:44.545
and then start to categorize your operating maintenance

458
00:23:44.545 –> 00:23:48.245
issues in the same way so that it can be used

459
00:23:48.825 –> 00:23:52.545
in valuing your assets in a standardized fashion

460
00:23:53.165 –> 00:23:56.665
and as well as just doing your o and m correctly

461
00:23:57.085 –> 00:23:59.305
and then improving your processes as you go along.

462
00:24:00.715 –> 00:24:05.095
So this is an example

463
00:24:05.795 –> 00:24:07.335
of the work

464
00:24:07.395 –> 00:24:10.815
and the benefits of putting together common terms on the

465
00:24:10.895 –> 00:24:13.615
taxonomy and how it’s being used in the field.

466
00:24:14.615 –> 00:24:17.535
I hope everyone can see that this improves bankability

467
00:24:18.125 –> 00:24:19.495
your insurance approvals,

468
00:24:19.995 –> 00:24:22.815
how you can compare assets across portfolios

469
00:24:24.435 –> 00:24:26.015
and you know, have

470
00:24:26.875 –> 00:24:29.535
better data analysis across diverse data sources.

471
00:24:30.635 –> 00:24:35.625
So this standardizations create the semantics, synap

472
00:24:36.255 –> 00:24:39.745
semantics that we need to be able to move forward

473
00:24:39.745 –> 00:24:42.305
with the next era of

474
00:24:42.305 –> 00:24:43.865
how data processing is going to be done.

475
00:24:45.805 –> 00:24:48.585
So I am so excited about this.

476
00:24:52.435 –> 00:24:55.695
The next thing I wanna talk about is electrical ts,

477
00:24:55.785 –> 00:24:58.135
which is our time series data

478
00:24:58.395 –> 00:25:00.375
and how this works with our core capacities.

479
00:25:01.715 –> 00:25:05.055
So this gives context rich

480
00:25:05.805 –> 00:25:06.895
time series data.

481
00:25:07.595 –> 00:25:10.415
So let me just show you for a second what

482
00:25:10.415 –> 00:25:11.895
that actually means.

483
00:25:15.765 –> 00:25:17.145
Whoops, I am

484
00:25:20.815 –> 00:25:23.605
going to open this up really quickly

485
00:25:26.065 –> 00:25:29.205
and I’ll show you how that’s done really quickly.

486
00:25:29.445 –> 00:25:31.125
’cause I hadn’t pulled up electrical time series,

487
00:25:31.585 –> 00:25:35.005
but I do think that knowing what the context, what it means

488
00:25:35.065 –> 00:25:37.625
to be context rich is helpful.

489
00:25:39.005 –> 00:25:41.225
So when you’re looking at an electrical time series,

490
00:25:42.725 –> 00:25:45.385
we give you scope so that you can say

491
00:25:45.535 –> 00:25:47.225
what this is actually applying to.

492
00:25:47.485 –> 00:25:48.785
Is it a specific device

493
00:25:49.775 –> 00:25:53.435
or are you reporting the, um, energy for an entire site

494
00:25:54.055 –> 00:25:57.075
or just one PV system or a portfolio?

495
00:25:57.775 –> 00:26:00.155
And you can put that in as big

496
00:26:00.155 –> 00:26:02.595
or as small as it needs to go all the way down

497
00:26:03.015 –> 00:26:05.795
to the specific location, um,

498
00:26:05.915 –> 00:26:07.795
with this latitude and longitude.

499
00:26:09.885 –> 00:26:11.625
So we give you context about that

500
00:26:12.385 –> 00:26:13.915
when you’re looking at the energy.

501
00:26:14.535 –> 00:26:19.505
Almost always you’re gonna see line frequency as part

502
00:26:19.505 –> 00:26:22.025
of a title inside of a spreadsheet

503
00:26:22.865 –> 00:26:24.605
and instead we’ve pulled that out

504
00:26:24.705 –> 00:26:27.145
and made it explicit so

505
00:26:27.345 –> 00:26:29.945
that you can report your time series data with all

506
00:26:29.945 –> 00:26:33.205
of the data that you need to actually know what’s going on

507
00:26:33.745 –> 00:26:35.845
so that you can collect your data once,

508
00:26:36.225 –> 00:26:38.365
but then you can reuse it for the many,

509
00:26:38.365 –> 00:26:41.165
many different purposes it’s gonna have over and over again

510
00:26:41.355 –> 00:26:45.365
because it will be fully defined in terms of

511
00:26:45.955 –> 00:26:48.405
what this time series data is representing

512
00:26:48.745 –> 00:26:51.605
and how you can use it and apply it and compare it properly.

513
00:26:52.985 –> 00:26:56.525
So we went through and defined exactly which metadata,

514
00:26:56.615 –> 00:27:00.565
which de data you needed around the data in order to

515
00:27:01.125 –> 00:27:03.485
accurately describe how this is working.

516
00:27:04.215 –> 00:27:07.755
So power for instance, uh, the power factor, sorry,

517
00:27:07.845 –> 00:27:11.035
power factor time series only needs two of these elements,

518
00:27:11.255 –> 00:27:12.835
but current needs all four.

519
00:27:14.065 –> 00:27:18.165
And this is the work that we did, um, as we were going

520
00:27:18.165 –> 00:27:21.045
through this and temperature type.

521
00:27:22.115 –> 00:27:24.365
This absolutely matters in determining

522
00:27:24.365 –> 00:27:26.365
what temperature you’re getting with your time series data.

523
00:27:26.785 –> 00:27:30.365
So the electrical time series gives you

524
00:27:31.305 –> 00:27:34.925
an object to organize all of your data around

525
00:27:35.475 –> 00:27:38.565
your electrical system so that you can present it together

526
00:27:38.625 –> 00:27:41.985
as a whole and be complete and clear

527
00:27:42.045 –> 00:27:46.555
and use it ongoing in the future with full confidence.

528
00:27:48.785 –> 00:27:53.765
We also opened up our first blog and got that going.

529
00:27:54.265 –> 00:27:55.405
Let me just show you for a second.

530
00:27:55.545 –> 00:27:59.645
So shout out to three E, um, and Justin

531
00:28:00.345 –> 00:28:02.005
or Justin Merch for doing this.

532
00:28:02.545 –> 00:28:05.765
And he put together our electrical time series blog

533
00:28:06.265 –> 00:28:09.125
and it talks about what this is exactly

534
00:28:09.305 –> 00:28:13.445
and why you want to utilize this information

535
00:28:14.235 –> 00:28:19.055
with examples about how the, what value

536
00:28:19.355 –> 00:28:22.095
and input the fully defined data really looks like.

537
00:28:23.655 –> 00:28:28.595
So it is, um, we’re putting in the structure

538
00:28:28.775 –> 00:28:31.075
so that people can adopt it much more quickly.

539
00:28:32.895 –> 00:28:36.355
And the other shout out I wanna make on the electrical ts is

540
00:28:36.535 –> 00:28:39.715
to AJ Rossman at Smart Resource Labs.

541
00:28:40.595 –> 00:28:42.795
’cause he really kicked off this use case

542
00:28:43.415 –> 00:28:47.835
and then challenged us to find the correct information, um,

543
00:28:48.055 –> 00:28:49.075
as we were going through

544
00:28:50.065 –> 00:28:53.645
and looking at the different sites that he was servicing.

545
00:28:54.105 –> 00:28:57.125
So it was an excellent collaboration.

546
00:29:00.535 –> 00:29:03.785
Okay, last but not least, um, I really wanted

547
00:29:03.785 –> 00:29:05.265
to talk about the product registry

548
00:29:05.405 –> 00:29:07.945
and we are very excited that we have been able

549
00:29:07.965 –> 00:29:10.665
to fully describe the domestic content.

550
00:29:11.805 –> 00:29:15.185
So, you know, and by fully describe what I mean is

551
00:29:15.935 –> 00:29:19.585
that this is what you need to know to know that your,

552
00:29:20.875 –> 00:29:24.785
um, your source countries are going to,

553
00:29:26.135 –> 00:29:28.945
that your products, the products you’re purchasing are going

554
00:29:28.945 –> 00:29:32.385
to comply or not with domestic content rules.

555
00:29:33.405 –> 00:29:34.665
And then the fi o rules

556
00:29:35.695 –> 00:29:38.945
that are the prohibited foreign entity rules defined

557
00:29:39.645 –> 00:29:44.325
in the currently the IRS code that came out of the big bill.

558
00:29:45.415 –> 00:29:50.235
So this, these rules that manufacturers are gonna be able

559
00:29:50.235 –> 00:29:54.015
to communicate clearly to buyers,

560
00:29:55.135 –> 00:29:57.035
um, and insurers

561
00:29:57.335 –> 00:30:00.995
and people doing due diligence, I think is going

562
00:30:00.995 –> 00:30:05.315
to be a game changer in 2026 as

563
00:30:06.665 –> 00:30:09.935
every financing entity I am aware of needs

564
00:30:09.935 –> 00:30:14.255
to know this information and validate its accuracy, um,

565
00:30:14.255 –> 00:30:16.055
before issuing financing.

566
00:30:17.315 –> 00:30:21.255
Um, I read something this morning that said

567
00:30:21.525 –> 00:30:25.115
that they only knew of one, one financier

568
00:30:25.575 –> 00:30:27.595
who was moving forward without the

569
00:30:27.595 –> 00:30:29.395
clarity on the FIAC rules.

570
00:30:30.565 –> 00:30:33.345
Um, ’cause they need to know what the rules are going

571
00:30:33.345 –> 00:30:35.905
to be exactly and how that’s going to work.

572
00:30:36.795 –> 00:30:40.465
We’re capturing the data, so the exact cost percentage

573
00:30:40.525 –> 00:30:41.745
and exactly how

574
00:30:41.745 –> 00:30:44.665
that ownership is decided will be on the manufacturers

575
00:30:44.665 –> 00:30:48.115
to say, but then once they say that, um,

576
00:30:48.455 –> 00:30:53.075
you can move forward and make your purchasing decisions

577
00:30:53.775 –> 00:30:55.675
and financing decisions accordingly.

578
00:30:57.085 –> 00:31:00.975
So this is going to be a big friction remover

579
00:31:01.635 –> 00:31:03.295
for the entire industry.

580
00:31:06.045 –> 00:31:07.785
Um, I’m super proud of this

581
00:31:07.785 –> 00:31:11.585
because it’s very elegant as a solution in terms

582
00:31:11.585 –> 00:31:13.265
of just getting the outputs that we need

583
00:31:14.125 –> 00:31:17.825
to solve the problem without all of the inputs

584
00:31:18.295 –> 00:31:20.745
that go into it, which are still being discussed.

585
00:31:20.845 –> 00:31:22.905
But if we just record the outputs at the end,

586
00:31:23.645 –> 00:31:24.705
uh, we can’t comply.

587
00:31:26.215 –> 00:31:27.835
So that took a little brainpower

588
00:31:27.835 –> 00:31:29.395
to figure out, but we did it.

589
00:31:30.355 –> 00:31:33.295
So the next thing I wanna talk about is

590
00:31:33.295 –> 00:31:35.775
how we’re gonna move this work forward and better

591
00:31:35.795 –> 00:31:37.415
and bigger in 2026.

592
00:31:38.355 –> 00:31:41.775
And it has everything to do with, um,

593
00:31:42.115 –> 00:31:43.735
the Orange Button Alliance membership.

594
00:31:44.075 –> 00:31:46.375
So we have opened up the membership program.

595
00:31:47.635 –> 00:31:50.775
The people participating in the membership program have this

596
00:31:50.775 –> 00:31:52.175
network effect where everybody wins.

597
00:31:52.675 –> 00:31:55.735
The more that we can do, the more we’re accelerating

598
00:31:55.735 –> 00:31:57.095
the benefits for all of us.

599
00:31:59.965 –> 00:32:02.025
And, and we have this alternative,

600
00:32:02.025 –> 00:32:04.305
particularly when thinking about the product registry

601
00:32:04.365 –> 00:32:05.865
or other common data sets

602
00:32:06.405 –> 00:32:09.105
and the common tools is that we can try

603
00:32:09.105 –> 00:32:10.665
to build it internally over and over

604
00:32:10.665 –> 00:32:12.865
and over again, which is essentially where we are now.

605
00:32:14.605 –> 00:32:18.265
Or we can op adopt the orange button information

606
00:32:18.265 –> 00:32:21.065
infrastructure for a much smaller price

607
00:32:21.845 –> 00:32:24.265
and help each other to develop this

608
00:32:24.495 –> 00:32:27.025
with much greater visibility and

609
00:32:27.025 –> 00:32:29.185
therefore accuracy of the data.

610
00:32:30.365 –> 00:32:32.865
So we want ecosystem connectivity

611
00:32:33.045 –> 00:32:36.225
and we want clarity about standards and their compliance.

612
00:32:39.275 –> 00:32:40.815
So these are the Orange Button Alliance

613
00:32:40.815 –> 00:32:42.335
membership tiers and pricings.

614
00:32:42.525 –> 00:32:46.135
This is the program’s membership programs announcement.

615
00:32:46.995 –> 00:32:49.255
Um, we’re gonna have open access to people

616
00:32:49.275 –> 00:32:50.535
who are just exploring

617
00:32:50.535 –> 00:32:52.935
and looking at it on the website similar to how you would

618
00:32:52.965 –> 00:32:54.535
with the HJ registry.

619
00:32:55.955 –> 00:32:59.535
Um, active members can be smaller installers

620
00:32:59.555 –> 00:33:04.175
and consultants, certification bodies would be ul,

621
00:33:04.795 –> 00:33:08.095
um, SunSpec, these kinds of groups collaborating

622
00:33:08.195 –> 00:33:11.855
or larger vendors, maybe early stage manufacturers,

623
00:33:12.535 –> 00:33:15.875
and then larger manufacturers and then foundation members.

624
00:33:16.735 –> 00:33:19.115
So these are the enterprise global leaders.

625
00:33:19.695 –> 00:33:22.475
And we even have one for, for the global

626
00:33:22.855 –> 00:33:24.435
for a million dollar annual fee

627
00:33:24.665 –> 00:33:26.715
because we do have some contributors

628
00:33:27.965 –> 00:33:30.115
who’s minimum check is a million dollars.

629
00:33:31.055 –> 00:33:35.555
So this is done all in partnership with the SunSpec Alliance

630
00:33:36.135 –> 00:33:38.875
and so members get a 20% discount up

631
00:33:38.875 –> 00:33:41.275
to $5,000 on their membership fee.

632
00:33:42.135 –> 00:33:44.995
Um, so that can really help.

633
00:33:48.445 –> 00:33:50.695
This is what you get with the $20,000 a year

634
00:33:51.035 –> 00:33:54.335
and the value proposition for like manufacturers.

635
00:33:55.395 –> 00:33:59.695
Um, so main thing is that you get unlimited product listings

636
00:34:00.315 –> 00:34:05.015
and that is a great way of getting advertising,

637
00:34:05.115 –> 00:34:08.935
but also to set up all of your products in the right way

638
00:34:09.325 –> 00:34:10.455
with the right certifications

639
00:34:10.455 –> 00:34:14.455
and stuff so that you can get validated and become bankable

640
00:34:15.075 –> 00:34:18.895
or for, um, the users, insurance companies,

641
00:34:18.925 –> 00:34:22.055
finance companies, installers, design companies.

642
00:34:23.435 –> 00:34:26.415
It comes with, um, API usage calls per month.

643
00:34:26.875 –> 00:34:28.375
You can be on the advisory council,

644
00:34:29.025 –> 00:34:32.695
we’ll have an analytics dashboard, uh, support

645
00:34:33.235 –> 00:34:34.735
and working group participation.

646
00:34:35.595 –> 00:34:39.095
So this is the sustaining members are the ones that,

647
00:34:39.285 –> 00:34:43.855
that we are looking to fill out the most, the fastest so

648
00:34:43.855 –> 00:34:48.015
that we can get the product registry information up

649
00:34:48.075 –> 00:34:50.015
and up to date, particularly

650
00:34:50.015 –> 00:34:54.175
with the domestic content information as soon as possible.

651
00:34:55.185 –> 00:34:56.765
And of course, when you apply the discount

652
00:34:57.545 –> 00:35:00.565
for existing spec members, it’s even more attractive.

653
00:35:03.425 –> 00:35:05.725
We looked at the different memberships

654
00:35:05.865 –> 00:35:09.025
and which, which memberships would have,

655
00:35:09.025 –> 00:35:10.385
which value propositions.

656
00:35:11.125 –> 00:35:13.815
And then we did a little ROI scenario

657
00:35:14.755 –> 00:35:17.335
and I actually think that these costs might be low,

658
00:35:17.795 –> 00:35:22.335
but even with this kind of costs, we end up

659
00:35:22.335 –> 00:35:26.095
with a very large ROI and even in your first year.

660
00:35:28.655 –> 00:35:32.225
So all around closing sales faster,

661
00:35:32.225 –> 00:35:33.825
getting financing done faster,

662
00:35:37.245 –> 00:35:40.185
so your membership creates our voice

663
00:35:40.805 –> 00:35:43.985
and it really is like a co-op for solar data.

664
00:35:44.935 –> 00:35:49.715
So I like that storyline, um,

665
00:35:49.945 –> 00:35:52.315
that, that we’re collecting our data cooperatively.

666
00:35:53.015 –> 00:35:56.155
Um, and would love your feedback about

667
00:35:56.175 –> 00:35:57.315
how, what you think about that.

668
00:36:00.455 –> 00:36:04.235
Please keep in mind that the real competition

669
00:36:04.495 –> 00:36:05.635
as we go into this

670
00:36:05.635 –> 00:36:08.955
and we’re sharing our data, which is meant

671
00:36:08.955 –> 00:36:10.035
to be out there for everybody.

672
00:36:10.335 –> 00:36:12.995
We, um, are anticipating some people might have some

673
00:36:13.025 –> 00:36:17.715
competitive, um, concerns,

674
00:36:18.735 –> 00:36:21.715
but our real competition is actually fossil fuels

675
00:36:21.975 –> 00:36:24.475
and getting that carbon out of our systems so

676
00:36:24.475 –> 00:36:27.275
that we can have a climate that works for our children.

677
00:36:28.785 –> 00:36:30.955
Then getting, removing the bureaucratic friction

678
00:36:30.955 –> 00:36:32.595
and the small slow adoption curves.

679
00:36:32.975 –> 00:36:36.755
So the quicker that manufacturers can get onto the product

680
00:36:37.195 –> 00:36:40.635
registry, the quicker they’re going to be able to, um,

681
00:36:42.075 –> 00:36:44.565
have all the benefits of the standardized data

682
00:36:44.945 –> 00:36:47.085
and the feedback from the ecosystem.

683
00:36:47.755 –> 00:36:52.445
SunSpec, ul Lumion, all of the contributors who are adding

684
00:36:52.445 –> 00:36:56.525
to this certification registry, the CEC Pennsylvania Power

685
00:36:56.525 –> 00:36:58.005
and Lights, all

686
00:36:58.005 –> 00:37:00.445
of this supplemental data about their products

687
00:37:01.675 –> 00:37:05.165
that just make it great so the tide will rise

688
00:37:05.545 –> 00:37:06.925
and will raise all boats.

689
00:37:10.325 –> 00:37:12.385
So this is what you need to do to join.

690
00:37:13.205 –> 00:37:15.405
Um, we’ll get you onboarded

691
00:37:16.265 –> 00:37:19.245
and then you’ll start to see the ROI you just email.

692
00:37:19.665 –> 00:37:20.925
You can at the moment,

693
00:37:20.985 –> 00:37:21.685
you should just email

694
00:37:21.745 –> 00:37:25.245
me@oballiance.org and we’ll get you started.

695
00:37:27.685 –> 00:37:29.985
Um, I wanted to ask some questions

696
00:37:29.985 –> 00:37:31.385
before we go to the next thing.

697
00:37:31.525 –> 00:37:35.355
Do we have time for questions

698
00:37:35.415 –> 00:37:36.635
or anything that’s coming up?

699
00:37:39.735 –> 00:37:40.955
Yep, we’ve got plenty of time. Yes.

700
00:37:40.975 –> 00:37:42.555
Did you want to go

701
00:37:42.555 –> 00:37:44.235
through the questions from the chat right now?

702
00:37:45.415 –> 00:37:46.635
Yep, that would, that would be great.

703
00:37:46.825 –> 00:37:48.515
Perfect. Yeah, thanks so much Jan.

704
00:37:48.515 –> 00:37:51.275
That was a really great intro to the, the challenge

705
00:37:52.185 –> 00:37:56.475
that orange button is seeking to answer the solutions and,

706
00:37:56.735 –> 00:37:59.315
and the path forward for, for progressing this work.

707
00:37:59.915 –> 00:38:02.675
I I wanna just offer one comment. So I I head off some.

708
00:38:02.695 –> 00:38:06.075
One question I, I anticipate is why is there a separate

709
00:38:06.235 –> 00:38:08.275
organization and a separate membership?

710
00:38:08.275 –> 00:38:11.715
And, and the reason for this is, you know, sun,

711
00:38:11.775 –> 00:38:16.385
the SunSpec Alliance is a nonprofit trade Alliance 5 0 1

712
00:38:16.705 –> 00:38:19.145
C six, so it’s non-tax deductible

713
00:38:19.605 –> 00:38:24.185
and the work required to get the orange button, uh, work,

714
00:38:24.645 –> 00:38:28.265
uh, and use cases off the ground necessitated, uh,

715
00:38:28.595 –> 00:38:31.065
being able to hire software developers

716
00:38:31.405 –> 00:38:33.345
and set up more infrastructures

717
00:38:33.345 –> 00:38:34.785
with APIs and stuff like that.

718
00:38:35.145 –> 00:38:37.085
So it required a greater degree of funding.

719
00:38:37.225 –> 00:38:41.085
And by setting this up as a 5 0 1 C3 nonprofit, a charity,

720
00:38:41.555 –> 00:38:44.205
they can take in greater amount, greater amounts of funding,

721
00:38:44.625 –> 00:38:47.725
uh, and be tax deductible as a Trade Alliance.

722
00:38:47.725 –> 00:38:50.365
5 0 1 C six with SunSpec is non-tax deductible.

723
00:38:50.585 –> 00:38:53.445
We can’t take in as easily taken large sums

724
00:38:53.445 –> 00:38:57.005
of money in order to, to hire the ne necessary labor force

725
00:38:57.385 –> 00:38:59.445
and set up the required infrastructure.

726
00:39:00.705 –> 00:39:03.765
So we’re working hand in hand in hand, like Jan mentioned,

727
00:39:03.995 –> 00:39:06.845
SunSpec Alliance members will be able to obtain a,

728
00:39:06.885 –> 00:39:08.365
a discount to participate and,

729
00:39:08.365 –> 00:39:11.085
and benefit contribute to this, to this work.

730
00:39:12.805 –> 00:39:13.985
Yep, absolutely.

731
00:39:15.125 –> 00:39:19.195
Great. So we do have some questions here in the chat.

732
00:39:19.895 –> 00:39:22.235
Um, I will go from,

733
00:39:22.395 –> 00:39:24.995
I guess I’m just gonna go from the top down, uh, starting

734
00:39:25.025 –> 00:39:26.395
with, with James Ornstein.

735
00:39:26.975 –> 00:39:30.475
Um, was asking about blockchain technology, uh,

736
00:39:30.855 –> 00:39:33.315
how it relates and how it’s being used, uh,

737
00:39:33.415 –> 00:39:34.555
in relation to orange button.

738
00:39:36.435 –> 00:39:39.895
Um, so Orange Button has got a couple different ways of

739
00:39:39.965 –> 00:39:42.215
that we’re thinking about blockchain technology.

740
00:39:42.795 –> 00:39:46.295
The, the first one is that if you describe,

741
00:39:46.515 –> 00:39:49.415
if you use the technology to describe the data

742
00:39:49.415 –> 00:39:51.575
that you’re storing in a blockchain system,

743
00:39:52.325 –> 00:39:57.095
then it will be robust enough to stand the test

744
00:39:57.095 –> 00:39:59.855
of time and actually be, you know, worthy

745
00:39:59.875 –> 00:40:01.695
of getting locked down into the blockchain.

746
00:40:02.315 –> 00:40:06.535
So I think that that is, um, an excellent, you know,

747
00:40:07.715 –> 00:40:09.935
common structure of how that data

748
00:40:10.035 –> 00:40:12.335
and then the, the proper definitions with the units

749
00:40:12.555 –> 00:40:14.775
and the timeframes is actually

750
00:40:16.335 –> 00:40:19.375
a great enabler of block blockchain applications.

751
00:40:19.835 –> 00:40:23.415
Mm-hmm. Orange Button Alliance is also looking at, um,

752
00:40:23.745 –> 00:40:25.095
doing some tokens

753
00:40:25.095 –> 00:40:29.015
and having some orange button tokens for people

754
00:40:29.035 –> 00:40:30.575
who are contributing in the working groups

755
00:40:31.315 –> 00:40:34.455
and make other contributions that they’ll have tokens

756
00:40:34.455 –> 00:40:39.295
that can go to support training, um, getting, you know,

757
00:40:39.365 –> 00:40:42.655
free support and other elements like that in the system.

758
00:40:43.075 –> 00:40:45.215
So we’ve got a scenario

759
00:40:45.215 –> 00:40:47.735
where we’re gonna be using our exchanging kind

760
00:40:47.735 –> 00:40:50.495
of our volunteer time for

761
00:40:51.245 –> 00:40:53.095
some orange button Alliance services.

762
00:40:53.635 –> 00:40:58.265
And we, we also think that it’s, um, creating the structure

763
00:40:58.365 –> 00:41:02.015
that’s you need underlying, um, that,

764
00:41:02.165 –> 00:41:03.415
does that answer your question, James?

765
00:41:07.795 –> 00:41:10.895
And you can unmute yourself if you, if you want James.

766
00:41:12.515 –> 00:41:15.695
Yes. Oh, you responded? Yes. Perfect. Alright,

767
00:41:15.705 –> 00:41:16.705
We’re on the same page. Yep.

768
00:41:16.705 –> 00:41:17.515

769
00:41:18.325 –> 00:41:21.105
All right. Next question from Michael, uh, Cowen, uh,

770
00:41:21.105 –> 00:41:23.145
what process, uh, processes

771
00:41:23.165 –> 00:41:26.065
and procedures are used in Australia to get

772
00:41:26.065 –> 00:41:27.665
to 4K system cost?

773
00:41:28.445 –> 00:41:30.505
How similar is Orange button?

774
00:41:32.205 –> 00:41:35.085
Um, so I am not familiar with all of the processes

775
00:41:35.085 –> 00:41:36.845
that they’re using, but they have

776
00:41:37.425 –> 00:41:39.245
two significant differences.

777
00:41:40.185 –> 00:41:43.845
Um, and the first one is that the permitting process

778
00:41:44.745 –> 00:41:46.725
is a standardized form that takes about an hour,

779
00:41:46.745 –> 00:41:48.365
and it’s the same across the entire country.

780
00:41:49.145 –> 00:41:50.325
So that really helps.

781
00:41:51.155 –> 00:41:54.365
Also, the interconnection rules are substantially different,

782
00:41:54.465 –> 00:41:58.085
and I do believe SunSpec has been working with Australia

783
00:41:58.785 –> 00:42:03.205
in the setting these up so that their utilities approach

784
00:42:03.825 –> 00:42:06.725
to interconnection is that

785
00:42:07.435 –> 00:42:11.205
they are asserting that they have the right to curtail, um,

786
00:42:11.485 –> 00:42:13.645
anything that’s going to damage the grid, but

787
00:42:13.645 –> 00:42:17.825
otherwise, um, you know, connect as much as you want,

788
00:42:17.965 –> 00:42:19.625
use whatever you want for your,

789
00:42:19.625 –> 00:42:20.865
that you’re generating yourself.

790
00:42:21.325 –> 00:42:23.465
So they’ve got kind of a different approach

791
00:42:23.525 –> 00:42:26.545
to it altogether, and Tom Tanzi might be able to speak more

792
00:42:26.545 –> 00:42:28.305
to that, but essentially

793
00:42:28.305 –> 00:42:32.665
that eliminates the interconnection queue kind of conundrums

794
00:42:33.565 –> 00:42:35.305
is by thinking about that differently.

795
00:42:35.885 –> 00:42:37.865
And I do think that they’ve had some challenges

796
00:42:38.055 –> 00:42:39.945
with some product, um,

797
00:42:41.335 –> 00:42:44.805
inter interconnectivity device to device communications

798
00:42:45.235 –> 00:42:48.285
that they’re working out for the entire world in order

799
00:42:48.465 –> 00:42:51.885
to make that, um, curtailment on demand a reality.

800
00:42:52.385 –> 00:42:54.405
Mm-hmm. Yeah. Did I get that

801
00:42:54.405 –> 00:42:55.405
Right? You know, I will

802
00:42:55.405 –> 00:42:57.005
be, uh, happy to, to chime in.

803
00:42:57.325 –> 00:43:00.565
I think that you described the situation pretty well about

804
00:43:00.565 –> 00:43:03.085
their policies on, uh, interconnection

805
00:43:03.305 –> 00:43:04.525
as being a key driver.

806
00:43:05.085 –> 00:43:08.205
I would also add that as a, as a nation,

807
00:43:08.715 –> 00:43:12.445
they are very focused in on standardization with regard to,

808
00:43:12.445 –> 00:43:13.485
to these processes.

809
00:43:14.025 –> 00:43:16.725
So they, uh, re recognize that, uh,

810
00:43:17.155 –> 00:43:19.685
they have a had a significant vulnerability

811
00:43:19.685 –> 00:43:22.565
with their ability to, uh, to produce power and,

812
00:43:22.665 –> 00:43:26.605
and made the choice to bring on a lot of solar very quickly.

813
00:43:27.145 –> 00:43:29.365
And so they, they went to great lengths to,

814
00:43:29.545 –> 00:43:31.525
to standardize these processes and,

815
00:43:31.665 –> 00:43:33.325
and, uh, have them based on data.

816
00:43:34.145 –> 00:43:37.965
And so what Orange button represents in some ways is a, uh,

817
00:43:38.145 –> 00:43:40.605
is putting that whole program on, on steroids to,

818
00:43:40.865 –> 00:43:44.365
to provide an abundance of data to allow other jurisdictions

819
00:43:44.865 –> 00:43:47.205
to adopt a similar behavior and,

820
00:43:47.205 –> 00:43:48.885
and do it in a fully informed way.

821
00:43:52.035 –> 00:43:53.295
Yep, exactly.

822
00:43:53.875 –> 00:43:57.415
So this foundation, um, is ex exactly the foundation

823
00:43:57.415 –> 00:43:58.935
that we need to do to get there,

824
00:43:58.955 –> 00:44:01.935
and Australia’s actually adopted elements of this already

825
00:44:02.875 –> 00:44:03.875
Mm-hmm. To

826
00:44:03.875 –> 00:44:06.445
help support that. Great.

827
00:44:07.725 –> 00:44:09.375
Next, we have a question from Bill Rubin.

828
00:44:09.555 –> 00:44:12.015
Uh, he asks, uh, for US residential market,

829
00:44:12.515 –> 00:44:15.055
do you have a list regarding status of deployment

830
00:44:15.075 –> 00:44:18.815
of the system systems on a state by state basis,

831
00:44:19.245 –> 00:44:21.895
including number of solar installers using the

832
00:44:23.855 –> 00:44:24.855
System? Um,

833
00:44:24.855 –> 00:44:28.605
uh, I, NREL does have exactly that data

834
00:44:28.785 –> 00:44:30.845
and it is broken down, um,

835
00:44:30.925 –> 00:44:32.445
because they’re issuing the permits,

836
00:44:32.445 –> 00:44:35.525
they know the installers that are on the solar app system.

837
00:44:36.145 –> 00:44:37.285
So ENL

838
00:44:37.305 –> 00:44:39.925
and the Solar App Foundation have those specific data.

839
00:44:40.625 –> 00:44:43.565
Um, I talked with Katie at ENL

840
00:44:43.585 –> 00:44:46.125
to get my most recent updates off that data.

841
00:44:46.945 –> 00:44:51.645
Um, but if you, if you just go to Solar App Foundation, um,

842
00:44:51.825 –> 00:44:55.325
org, dot org, I believe, um, they will,

843
00:44:56.465 –> 00:44:57.995
they will be able to break that all down.

844
00:45:00.665 –> 00:45:01.015
Great.

845
00:45:06.025 –> 00:45:10.935
Okay. Next we have a question from Lemon Wong asking

846
00:45:10.935 –> 00:45:12.735
which level of membership is required

847
00:45:12.735 –> 00:45:14.415
to access orange button.

848
00:45:16.695 –> 00:45:20.435
So the accessing of orange button is in the open access,

849
00:45:21.295 –> 00:45:26.235
so you can look at the taxonomy, you can manually go through

850
00:45:26.375 –> 00:45:29.465
and, and look at the product registry, um,

851
00:45:30.135 –> 00:45:32.065
just for free.

852
00:45:32.765 –> 00:45:36.585
Uh, we, if you’re going to contribute anything

853
00:45:36.645 –> 00:45:39.825
or suggest any data changes, you do need an account,

854
00:45:40.365 –> 00:45:42.905
but it will be free for you to do that.

855
00:45:43.365 –> 00:45:47.095
And let me show you quickly, um,

856
00:45:47.725 –> 00:45:50.575
what the product registry MVP looks like.

857
00:45:51.125 –> 00:45:54.925
Here we go. And this link is in the deck,

858
00:45:56.395 –> 00:45:58.735
um, but you can come in

859
00:45:58.915 –> 00:46:03.655
and look at the details on the products that are here.

860
00:46:04.905 –> 00:46:06.725
Here’s an example of a detail that,

861
00:46:08.735 –> 00:46:10.115
um, it works.

862
00:46:10.175 –> 00:46:13.275
And then you have multiple inputs and outputs and mppt

863
00:46:14.095 –> 00:46:15.195
and you can come in

864
00:46:15.215 –> 00:46:17.595
and explore all of this as you would like.

865
00:46:18.375 –> 00:46:21.475
Mm-hmm. Um, you see what this data is,

866
00:46:21.855 –> 00:46:26.325
so you can look at this level of data, um, for free.

867
00:46:27.795 –> 00:46:31.785
Then with API access, then you need

868
00:46:31.785 –> 00:46:33.065
to start getting a paid account,

869
00:46:33.685 –> 00:46:35.585
but you can look online for free.

870
00:46:36.165 –> 00:46:39.425
And also the orange button editor is open

871
00:46:39.525 –> 00:46:43.745
and available for free so that you can look through

872
00:46:44.905 –> 00:46:45.905
whatever is of interest to you.

873
00:46:46.445 –> 00:46:49.985
And literally, this is on the internet, on the web,

874
00:46:51.475 –> 00:46:55.975
so you can see all of this definition of the data right now.

875
00:46:56.595 –> 00:46:59.415
And it’s got a great search functionality up here so

876
00:46:59.415 –> 00:47:03.725
that you can find, um, whatever it is

877
00:47:03.725 –> 00:47:05.045
that you might be interested in.

878
00:47:06.135 –> 00:47:07.715
You can just find it right in here.

879
00:47:11.745 –> 00:47:16.525
And, you know, we’ve got some very specific information,

880
00:47:16.665 –> 00:47:18.685
but you can check that kind of stuff out.

881
00:47:19.795 –> 00:47:22.765
Yeah, exactly. So the Orange button editor, the taxonomy,

882
00:47:23.505 –> 00:47:27.365
the AJ registry, the product registry, there are

883
00:47:27.895 –> 00:47:30.485
pre-public web portals that you can access it.

884
00:47:30.485 –> 00:47:33.685
It’s when you want to get obtain API access

885
00:47:34.385 –> 00:47:37.445
or, uh, contribute, um, code

886
00:47:37.545 –> 00:47:38.845
or edit data,

887
00:47:39.225 –> 00:47:41.525
that’s when membership is required essentially, right?

888
00:47:42.325 –> 00:47:43.685
E essentially. Yep. Yeah.

889
00:47:43.685 –> 00:47:44.925
So when you’re ready to connect

890
00:47:44.925 –> 00:47:46.725
and make it automated part of your business,

891
00:47:46.945 –> 00:47:48.365
that’s when you need a membership.

892
00:47:48.825 –> 00:47:50.645
But when you’re just looking it out and you’re,

893
00:47:50.645 –> 00:47:52.085
and you’re exploring and

894
00:47:52.145 –> 00:47:54.245
or you’re just designing your system, all

895
00:47:54.245 –> 00:47:56.165
of this is available right now,

896
00:47:56.905 –> 00:47:59.245
so, um, no limits.

897
00:48:00.035 –> 00:48:01.935
Yeah. Great.

898
00:48:03.975 –> 00:48:07.715
Uh, next Amit asks if we want to refer to context

899
00:48:08.175 –> 00:48:12.475
of orange button Sche, uh, schemas are there JSON, uh,

900
00:48:12.495 –> 00:48:13.995
and vocab files available

901
00:48:14.145 –> 00:48:17.875
with dedicated URII

902
00:48:17.875 –> 00:48:18.875
Think I got the question answered

903
00:48:18.875 –> 00:48:21.115
in the chat, but go ahead, Jen. Sorry.

904
00:48:21.415 –> 00:48:23.475
Um, uh, yes, so if it’s answered

905
00:48:23.475 –> 00:48:24.635
in the chat, that’s, that’s great.

906
00:48:24.775 –> 00:48:29.075
We have a GitHub that we’ve got access to everything.

907
00:48:29.695 –> 00:48:34.515
And, um, in terms of, yeah, so all of that information

908
00:48:34.515 –> 00:48:36.395
that you need is, is on GitHub.

909
00:48:38.205 –> 00:48:41.055
Awesome. And I also pasted the link to the actual,

910
00:48:41.515 –> 00:48:44.575
the master file, the JSO file that has all the taxon.

911
00:48:45.515 –> 00:48:46.515
Yes.

912
00:48:47.375 –> 00:48:50.605
Yep. Um, yep.

913
00:48:54.925 –> 00:48:56.215
Okay. And I’m just seeing if

914
00:48:56.215 –> 00:48:57.535
after that last question, it’s kind

915
00:48:57.535 –> 00:49:00.815
of just discussion about all the, uh, the responses.

916
00:49:02.875 –> 00:49:06.215
So are there any, uh, other, other questions or discussion?

917
00:49:06.675 –> 00:49:08.455
You can unmute yourself to ask a question

918
00:49:08.475 –> 00:49:09.975
or enter it in the chat at this time.

919
00:49:15.595 –> 00:49:18.345
Jenna, based at a comment here on, on the,

920
00:49:18.525 –> 00:49:19.745
on, on the chat here.

921
00:49:19.805 –> 00:49:22.625
But it’d be great if you can comment on the timings when the

922
00:49:22.625 –> 00:49:26.185
group meet meets so that others can join and collaborate

923
00:49:26.565 –> 00:49:29.385
unless the Slack group as well, which I pasted.

924
00:49:30.365 –> 00:49:32.825
Yes, you can totally join the Slack group.

925
00:49:33.245 –> 00:49:37.305
And we meet at Tuesdays at 11 o’clock Pacific time.

926
00:49:39.085 –> 00:49:43.185
Um, so which I believe is two o’clock Eastern time.

927
00:49:44.045 –> 00:49:48.225
So that, and we meet every Tuesday every week at 11 o’clock.

928
00:49:48.605 –> 00:49:52.745
So if you email me, I will connect you up with the group

929
00:49:53.045 –> 00:49:56.865
and you can join the work working group and listen in.

930
00:49:57.945 –> 00:50:01.035
Well, Jan, in addition of course, uh, uh, we’ll,

931
00:50:01.035 –> 00:50:04.635
we’ll provide you with, uh, uh, the, the names of people so

932
00:50:04.635 –> 00:50:07.835
that if folks are, are interested, uh, you’ll be invited

933
00:50:07.855 –> 00:50:08.915
to participate.

934
00:50:10.095 –> 00:50:11.515
Yes, absolutely.

935
00:50:14.395 –> 00:50:15.805
Yeah. I, I have a question for you.

936
00:50:16.305 –> 00:50:17.765
Uh, so what are the current topics

937
00:50:17.835 –> 00:50:20.645
that the Orange Martin Working Group is, is, uh,

938
00:50:20.645 –> 00:50:22.045
most focused in on right now?

939
00:50:24.095 –> 00:50:26.795
Oh, we are mostly focused on everything

940
00:50:26.795 –> 00:50:28.045
around product right now.

941
00:50:28.385 –> 00:50:31.445
So we did just finish, um,

942
00:50:31.995 –> 00:50:35.245
literally yesterday, the, uh, release

943
00:50:35.465 –> 00:50:39.285
of the domestic content fi o rules in source countries.

944
00:50:40.265 –> 00:50:43.485
And, um, the next piece that we’re working on is

945
00:50:43.485 –> 00:50:47.645
around the recycling for the PV tac,

946
00:50:48.735 –> 00:50:51.775
um, for recycling modules.

947
00:50:52.075 –> 00:50:55.055
And the IEE is working with the PV T,

948
00:50:55.055 –> 00:50:57.655
which had a grant from the Department of Energy

949
00:50:58.115 –> 00:50:59.175
to define the terms

950
00:50:59.355 –> 00:51:01.815
and the questions needed to support recycling

951
00:51:01.815 –> 00:51:03.855
and reuse of modules.

952
00:51:04.235 –> 00:51:07.535
So we’ve got full lifecycle, um, planning available,

953
00:51:08.075 –> 00:51:11.975
and we are working on, on adding in

954
00:51:12.035 –> 00:51:14.895
and considering how to best do that in those use cases.

955
00:51:15.755 –> 00:51:18.375
Likely the Orange Button Alliance will help

956
00:51:18.925 –> 00:51:22.615
with the technical work that is required for that grant, um,

957
00:51:22.995 –> 00:51:25.455
as the product registry is part of that output.

958
00:51:25.955 –> 00:51:30.415
So First Solar has been a major contributor to the,

959
00:51:30.915 –> 00:51:34.575
you know, module recycling planning as one would expect.

960
00:51:35.475 –> 00:51:39.295
And we’re expecting that they’re going to, um, be

961
00:51:39.825 –> 00:51:44.575
early adopters in getting their information up so

962
00:51:44.575 –> 00:51:46.575
that we’ll have the full, um,

963
00:51:46.805 –> 00:51:48.335
lifecycle information available.

964
00:51:49.355 –> 00:51:53.645
Um, and they’re, they’re setting themselves up

965
00:51:53.645 –> 00:51:55.605
to be first movers in that arena.

966
00:51:56.645 –> 00:51:59.145
So it’s very exciting. So we’re, it’s right now it’s

967
00:52:00.685 –> 00:52:02.975
very much focused around the product registry.

968
00:52:03.495 –> 00:52:04.495
Excellent. We

969
00:52:10.265 –> 00:52:11.265
Great. Well,

970
00:52:11.265 –> 00:52:13.415
any final questions or comments here?

971
00:52:16.395 –> 00:52:18.925
Jane, would you go to the, uh, slide for the next meeting?

972
00:52:18.955 –> 00:52:21.885
Yeah, so to, to wrap up, uh, well,

973
00:52:21.885 –> 00:52:22.765
let me just first reflect,

974
00:52:22.925 –> 00:52:24.045
I mean, thank, thanks so much Jan.

975
00:52:24.065 –> 00:52:25.845
The, uh, for, for leading the,

976
00:52:25.905 –> 00:52:27.805
the push on this orange button initiative.

977
00:52:28.275 –> 00:52:31.325
It’s another exciting, um, initiative that’s really helping,

978
00:52:31.825 –> 00:52:34.485
uh, to continue to accelerate

979
00:52:34.985 –> 00:52:37.085
and help the, the DER industry grow.

980
00:52:37.505 –> 00:52:39.125
Uh, that as, as you pointed out

981
00:52:39.125 –> 00:52:41.485
with the stakeholder slide benefits everybody.

982
00:52:41.825 –> 00:52:45.875
Um, and I, yeah, so really excited about this,

983
00:52:46.505 –> 00:52:49.435
this initiative, um, and, and,

984
00:52:50.215 –> 00:52:52.075
and grateful for all the hard work that you

985
00:52:52.335 –> 00:52:55.075
and, uh, everybody else is, is putting into it.

986
00:52:56.575 –> 00:53:00.595
And so, finally, like I said, to wrap up, um, to,

987
00:53:01.055 –> 00:53:03.115
to conclude this six part webinar series

988
00:53:03.115 –> 00:53:04.795
that we’ve been running for the past couple months,

989
00:53:05.745 –> 00:53:08.515
SunSpec will be hosting its virtual annual member meeting

990
00:53:09.255 –> 00:53:11.115
on, uh, December 17th.

991
00:53:11.445 –> 00:53:12.675
It’ll be a three hour session.

992
00:53:13.005 –> 00:53:16.435
We’ll have some networking time, uh, for, for our,

993
00:53:16.495 –> 00:53:18.995
for everybody to, uh, to get a chance to speak

994
00:53:18.995 –> 00:53:23.315
with each other and get an up all the updates on all the,

995
00:53:23.315 –> 00:53:26.605
all the very various activities going on in the SunSpec

996
00:53:26.845 –> 00:53:28.325
Alliance, both in the past year

997
00:53:28.325 –> 00:53:30.165
and coming up in 2026 as well.

998
00:53:31.265 –> 00:53:33.925
So you’ll receive the, because you’ve joined this,

999
00:53:34.775 –> 00:53:38.185
this webinar series, you’ll receive the, the calendar invite

1000
00:53:38.445 –> 00:53:41.785
and meeting coordinates, um, for this, uh,

1001
00:53:41.785 –> 00:53:44.065
virtual Ann Annual member meeting coming

1002
00:53:44.065 –> 00:53:45.225
up on December 17th.

1003
00:53:46.605 –> 00:53:49.145
So with that, thank you all so much for your time.

1004
00:53:49.145 –> 00:53:50.865
Thanks again, Jan. Pleasure,

1005
00:53:50.865 –> 00:53:52.425
and we was, pleasure forward to seeing you all in a couple

1006
00:53:52.425 –> 00:53:54.825
weeks at the annual member meeting.

1007
00:53:55.995 –> 00:53:59.105
Thank you everyone. And a quick additional shout out

1008
00:53:59.125 –> 00:54:00.425
to Cliff Hansen.

1009
00:54:00.565 –> 00:54:04.475
He has been, um, essential

1010
00:54:04.535 –> 00:54:08.075
and stalwart in, in helping us move this forward

1011
00:54:08.075 –> 00:54:10.635
and bringing the subject matter expertise desperately needed

1012
00:54:10.975 –> 00:54:12.235
to make orange button really work.

1013
00:54:12.695 –> 00:54:15.075
And I see Cliff here, so thanks Cliff. Absolutely.

1014
00:54:15.075 –> 00:54:16.075
Thank you, cliff.

1015
00:54:17.515 –> 00:54:21.195
Thank you everyone. Thank you So long. Take next time.

1016
00:54:21.985 –> 00:54:22.205
Bye.

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Blog Solar

How the Orange Button Initiative is helping solar installers deploy more solar faster

This article has been featured in Solar Power World Online on July 21st, 2023.

The collection, recording, organization, structuring, storage and retrieval of solar project data adds substantial soft costs to a solar installer’s business. These costs are incurred primarily as labor necessary to collect, normalize, store and communicate data. An open-source data exchange standard comprising data based on common terms, common datasets and common interoperable software tools is the way to dramatically reduce these costs and thereby help the industry deploy more solar faster.

This is where the Orange Button Initiative comes in.

The initiative started as a public-private partnership funded by the Dept. of Energy. The idea originated in 2016 when the need for improved data interoperability and unified data standards was recognized across the solar industry to reduce market inefficiencies and lower costs for residential, commercial and utility solar projects. This initiative was driven by the need to simplify and standardize solar data so state and local governments, customers, utilities, financiers, solar companies, entrepreneurs and other stakeholders can exchange quality data.

The Orange Button (OB) Working Group (chaired by Blu Banyan, the SunSpec Alliance and Sandia National Laboratories) was tasked to create an open data exchange standard for the distributed solar PV industry to accelerate the deployment of solar projects. The Orange Button initiative was officially launched in 2018, with more than 350 companies contributing to its development. SunSpec is the original lead developer of the technology and the licensee of the Orange Button trademark.

Demystifying the Orange Button initiative

An electrician benefits from a tremendous number of standards, including what the color wrapping wires means in any house, anywhere. Standards reach into the heart of the daily beat of how an electrician does their work.

The benefit of this is consistency across buildings, interoperability of different electricians and different inspectors looking at any property for many different purposes, expansion, protection and reclamation. These standards effectively create self-documenting systems that can be traced for easy troubleshooting.

In contrast, data has been the Wild West of construction work and is costing the industry significantly in soft costs. Programmers can make up the meaning of a data element and may or may not specify the unit the data should be in or the timeframe in which the data applies.

Each company can make up what they want and document it as they feel like it.

Imagine if electricians functioned like this.

There would be danger of misunderstanding, misuse and such immense confusion. Training times would increase to learn the lay of the land for any property separately. If one electrician moved or went on vacation, they would have to do a knowledge transfer to another electrician for each property. As nonsensical as this sounds, with all the obvious inefficient overhead, this is exactly what data transfer is like without common data standards. It is expensive, and even potentially dangerous.

For the solar PV industry, there is an alternative — the Orange Button.

Orange Button starts with the basics, like the color of wire sheaths. There are six primitives associated with every fully defined data element (like the color scheme electricians use) clearly stating the value with its units, its time period (where needed) and its precision/decimals where needed for the scientific applications.

Six primitives associated with every fully defined data element

These fully defined data elements provide the “color scheme.” Programmers need to be disciplined in maintaining these like the electricians are with their color schemes.

The simple starting place for a fully defined data element is the foundational “self-documentation” needed to tame the data chaos.

Orange Button reference datasets

There are two key reference datasets from Orange Button – the AHJ Registry and the Solar Product Registry.

The AHJ Registry

A frequent and labor-intensive task for solar installers is identifying the Authorities Having Jurisdiction (AHJ) at a given location.

In the U.S., there are 18,000 permitting jurisdictions and 3,000 utilities with different rules, regulations, building, electrical and other codes that solar systems must comply with.

Take, for example, the city of Houston, Texas, which includes three AHJs with different building, electrical, fire and residential codes. When applying for a solar permit, the major question solar installers have is, “Which AHJ does this address belong to?

Houston, Texas AHJs.

Errors in permitting applications submitted by solar installers can cause delays in finalizing sales with consumers. The online AHJ Registry helps solar installers instantly determine the AHJ to which their customer’s address is assigned to so they can quickly and rapidly get the codes to support their proposals and permitting requests.

The Solar Product Registry

Solar installers can lose a sale to competitors if they are unable to include the correct products in their design and customer quotes. Currently, finding the right products that are in stock and have the right specs can be cumbersome and costly. The biggest challenge installers face is that the naming and codification of product SKUs are not standardized.

The solar industry needed to have a common way to refer to the same products. The Orange Button Product Registry solves this problem.

The Product Registry uses data from the California Energy Commission (CEC), manufacturers and certification agencies like SunSpec and UL Solutions to keep information up-to-date.

The Product Registry also enables the capability for crowdsourcing error corrections – so if you notice any data is wrong, it can go through the right provisions to update using crowdsourcing, and designers and engineers will have access to make changes to errors.

The Product Registry also has an Orange Button-compliant API that enables solar business applications (like SolarAPP+, Aurora Solar and SolarSuccess) to pull data for your company.

Integration with SolarApp+ — a vision for the future

Development is currently in place to interface instant online permitting service SolarAPP+ with the AHJ and Product Registries and other business applications like SolarSuccess, using the Orange Button API. Once completed, this is how installers can seamlessly integrate with SolarAPP+ to complete their permitting application in one day.

What the future of electronic permitting looks like.

SolarAPP+ is setting the standard for how electronic permitting should be done nationwide across all trades.

Current business application integrations

There are several solar business applications that are utilizing the Orange Button standard for the Application Programmable Interface (API). Among them are:

  • Blu Banyan’s SolarSuccess – the business management software for residential, commercial, community & utility solar installers
  • Aurora Solar – PV design software
  • Enerflo – solar sales and fulfillment platform
  • Bodhi – solar customer experience management system
  • Soltell — performance analytics and customized service management solutions for asset management software operators and rooftop solar integrators

The Orange Button initiative is a crucial tool to streamline and standardize data based on common terms, datasets, and interoperable software tools. Integrating the AHJ and Product Registry tools into an installer’s workflow can benefit all stakeholders in the solar sales process.

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Blog Solar

WEBINAR: How Solar Installers Can Benefit by Integrating their Business Management Software to SolarAPP+

This webinar was recorded on July 13, 2023.

It is now established that SolarAPP+ can help solar installers get more projects done faster by expediting compliance checks and building permit approvals for eligible rooftop solar systems. However, the big question from solar installers is how can they seamlessly utilize the capabilities of SolarAPP+ by integrating it with their business management software to minimize errors and maximize throughput?

In this presentation, we will present how solar installers can leverage the US Department of Energy Orange Button Data Standard to simplify the exchange of solar project data with their business management software, as well as the key benefits of this integration.

Learning Objectives:

  • Provide guidance about SolarAPP+, a tool that is designed to alleviate some of the issues with solar system permitting
  • Highlight the key benefits of SolarAPP+, including quicker project timelines and standardized requirements

Speaker:

Jan Rippingale
Co-founder and Chief Executive Officer at Blu Banyan

Ready to simplify your solar permitting headaches? 

Discover if the perfect solution for you is SolarSuccess integrated with SolarApp+! Let’s have a friendly, no-obligation consultation to find out how it can meet your needs!

We're here to answer any questions you have

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Accelerating Solar Permitting with SolarAPP+, the Future of Solar Industry Standardization

The standardization of the solar industry is crucial to its success. With a push towards cleaner, greener energy sources, ensuring a common data standard for all participants will allow the solar industry to achieve its potential, providing benefits to society as a whole.

One way to help standardize data and enable process automation in the solar industry is through the use of Solar Automated Permit Processing Plus. SolarAPP+ is an online permitting platform that helps streamline the permitting process for solar projects. The platform includes a library of standard permit templates that can be used by jurisdictions across the United States.

Improving solar permitting is a collaborative effort. This work is supported by funding from the U.S. Department of Energy. NREL is working with a variety of partners, including those listed here, to deliver the SolarAPP+ online platform. The platform was created to help address the permitting challenges that solar installers and developers face, with the aim of decreasing the amount of time and complexity that inherently exists in the current fractured permitting processes used across thousands of AHJs (Authorities Having Jurisdiction).

To date, SolarAPP+ has been used to streamline the permitting process for thousands of solar installation projects. The platform has also been recognized by the Department of Energy as a Best Practice for Solar Permitting, and they are actively promoting and incentivizing adoption through programs such as the SolarAPP+ Prize, which rewards AHJs with up to $15,000 to lower the cost of adopting SolarAPP+.

 

How SolarAPP+ Works

SolarAPP+ provides local governments and Authorities Having Jurisdiction (AHJs) with a standardized permit application portal for receiving and processing information for residential and commercial solar storage systems. The standardizations can be incorporated into the existing processes and procedures currently used by approval authorities. The technology can assist approvers with electronically reviewing the relevant safety and building code compliance requirements. If all checks are in order, authorities can instantly approve applications, lessening the burden of manually reviewing applications.

The app also gives applicants access to a streamlined application submission form that includes all of the required information for a permit application. After an application has been submitted, applicants will receive updates and notifications on the status of their application via email or text message.

Is SolarAPP+ Mandatory?

On the 24th August, 2022 the Solar Access Act. SB 379, which mandates the use of SolarAPP+ or a similar type of online permitting tool, for California counties with over 150,000 residents. It is hoped that this legislation will pave the way for more states to introduce similar mandates, in an effort to improve the solar application process countrywide. 

In other states, the use of SolarAPP+ is voluntary, but SEIA and NREL encourage its use. SEIA also offers a free SolarAPP+ Training Academy to help jurisdictions and developers learn how to use the platform. In the future, SolarAPP+ aims to be the gold standard when it comes to solar permit approval processes and hopes to achieve 100% penetration across every state.

solarapp+ logo

What are the benefits of using SolarAPP+?

There are many benefits to using SolarAPP+, including the following:

Time Saving

The SolarAPP+ platform can save developers time by providing access to a library of pre-approved permit templates. This can help to reduce the amount of time spent on the permitting process, in some cases from months down to days.

Decreased Costs

SolarAPP+ can also help to decrease the costs associated with the permitting process. By using SolarAPP+, developers can avoid having to hire third-party consultants and expediters to manage the solar permit application process.

Increased Efficiency

SolarAPP+ can help to make the permitting process more efficient by automating many of the tasks that are typically carried out manually. This includes tasks such as collecting signatures, sending notifications, and generating reports.

Improved Accuracy

SolarAPP+ can help to improve the accuracy of solar permits by ensuring that all required information is captured and validated before the permit application is submitted. This can help to avoid delays and disruptions further down the line.

What’s next for SolarAPP+?

The SolarAPP+ platform is continually being updated and improved. NREL and the SolarApp+ working group are continually working on adding new features and functionality that will make the platform even more user-friendly and efficient. In the future, SolarAPP+ aims to be the go-to platform for all solar permit applications.

Why Standardization is Critical to the Success of Our National Climate Change Action Plan

The United States has committed to reducing its greenhouse gas emissions by 26-28% below 2005 levels by 2025, as part of the Paris Climate Agreement. In order to achieve this goal, it is critical that the solar industry is standardized to remove unnecessary roadblocks and red tape, allowing for greater and faster uptake of clean energy solutions.

Solar energy is a key component of our national climate change action plan. It is a clean, renewable resource that can help us to reduce our reliance on fossil fuels and meet our climate change goals. SolarAPP+ is an important tool that can help us to achieve these goals adding a level of sophistication and simplicity that has never been seen before at scale.

SolarAPP+ is Partnering With All Industry Stakeholders to Create a New Normal in Solar Permitting

In order to achieve its goal of 100% penetration across the United States, SolarAPP+ is partnering with all industry stakeholders, including:

  • Solar Technology Developers and Manufacturers
  • Solar Installers and Contractors
  • Utility Companies
  • The Investor-Owned Utilities (IOUs)
  • The Electric Cooperatives (co-ops)
  • The Public Utility Commissions (PUCs)

The Future is Shining Bright with SolarAPP+

The solar industry is booming and is expected to continue to grow exponentially in the coming years. SolarAPP+ is leading the way in simplifying and streamlining the solar permitting process, making it easier than ever for developers to get their projects off the ground.

With SolarAPP+, we are creating a new normal in solar permitting that will help to accelerate the deployment of solar energy across the United States and contribute to our national climate change goals.

About Blu Banyan

Blu Banyan is a boutique technology consulting firm that specializes in developing custom software solutions for the Solar industry using NetSuite- a leading cloud-based business management platform. We have a team of experienced developers and solar industry experts who are passionate about building innovative applications that make a difference to our world.

The US Department of Energy’s Orange Button Working Group, chaired by Blu Banyan, Sunspec Alliance and Sandia, seeks to create a commonly accepted data structure to aid in the development of solar industry focused applications and ease the process of integration through this standardization.

Blu Banyan is working with SolarAPP+ to create a seamless integration with SolarSuccess that will help solar installation companies to save time and money on their solar projects. We are also working with NREL to help promote the initiative. 

If you are interested in learning more about SolarSuccess, SolarAPP+ or how we can help you with your solar company’s software solutions, please contact us today. We would be happy to discuss your specific needs and requirements.

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How The AHJ Registry is Helping to Streamline the Solar Permitting Process

How Blu Banyan’s SolarSuccess Business Software Is Helping to Streamline the Solar Permitting Process For Solar Installers & Developers.

The AHJ Registry is an online database of information regarding local permitting requirements for new PV Solar installation projects. It was created by the SunSpec Alliance in partnership with the National Renewable Energy Laboratory (NREL) in an attempt to streamline the way the industry communicates, reports and defines who is responsible for application approval.

The AHJ Registry streamlines the application process by allowing solar developers to search for and compare local permitting requirements across the United States. This saves time and money by reducing the need for solar installers who operate across different counties to manually research who is the correct AHJ for their client’s proposed solar installation projects. This helps to ensure that solar installers are sending applications to the correct AHJ based on the results provided by a simple address search in the registry.

In the long term, the AHJ Registry will also be able to provide valuable data to policymakers, solar developers, and other stakeholders interested in understanding local solar permitting trends and best practices which will help to shape future policy and initiatives in line with the Biden Government’s new Anti-inflation and climate change initiatives.

What is the Meaning of the AHJ Registry?

AHJ stands for authority having jurisdiction and is a collective term for the various country and state-based authorities who are responsible for evaluating and approving solar installation applications. AHJ does not refer to a single entity; rather, it is a descriptive term for any authority who is required to approve solar applications, which in recent years has become an incredibly complex and time-consuming process.

Why are AHJ’s so slow?

The main reason why AHJs are so slow is because they are overwhelmed with applications. In the past 5 years, the number of residential solar installations has increased tenfold, and the number of commercial installations has increased twentyfold. This explosion in growth has strained the resources of many local permitting offices, resulting in longer processing times for solar permits.

Also, many AHJs are still relying on paper-based application processes which significantly increases the amount of time required to review and check each application. By giving AHJs access to digital tools to streamline processes, we can hopefully start seeing a shift in various AHJs digital transformation that will lead to more efficient processes that embrace modern cloud technology.

How will the Authority Having Jurisdiction Registry help?

The AHJ Registry was designed to help solar installers quickly and easily answer the question: Who is My County or AHJ for Solar Permitting? The AHJ Registry, combined with other solar industry standardization efforts such as the Orange Button Initiative and SolarAPP+ (Solar Automated Permit Processing Plus) will lead to a far more streamlined and clear application process for new solar installations. The goal is to create a digital network of integrated applications to automate and streamline the checks that need to be made on each application to ensure compliance and safety.

What does SolarAPP+ Do?

SolarAPP+ is an online application that helps solar contractors submit permit applications to the correct AHJ. It automates much of the data entry and paperwork required for a permit application, which saves time and reduces the chances of errors.

What is the Orange Button Initiative?

The Orange Button Initiative started as a public/private partnership funded by the  U.S. Department of Energy, the SunSpec Alliance and more that 350 companies – including Blu Banyan – that contributed to its development. Orange Button capitalizes on the idea that commercial enterprises in the solar industry will share data with each other in order to achieve operational efficiency and financial gain. The SunSpec Alliance is the original developer of the technology and the sole licensee of the Orange Button trademark.

The Orange Button Initiative will make it easier for solar developers to submit data to AHJs, financiers, and other stakeholders in a consistent format. This will save time and reduce the chances of errors in the permit requirements application process.

The Orange Button initiative will also provide a framework for simpler integrations as it seeks to standardize data endpoints and naming conventions across a wide range of digital technologies.

The Benefits of the AHJ Registry and SolarAPP+

Provides a flexible, web-based PV-permitting tool for residential systems at no-cost to AHJs.

SolarAPP+ will provide a modern cloud-based infrastructure to help streamline the process of reviewing and approving solar applications for all AHJs. So far, SolarAPP+ has helped process over 2000 residential solar permits across 10 jurisdictions. The service is provided at no cost to AHJs and promises to help reduce the time an application takes to approve and clear some of the application backlog that has been created due to an increase in demand for solar power in recent years.

Enables AHJs to receive, review, and approve permit application packages electronically.

SolarAPP+ will provide AHJs with a more functional and manageable way to receive, review and approve solar application permits. With the aim of standardizing the process across all counties, SolarAPP+ promises a much-needed improvement to an antiquated system.

Eliminates data entry errors and omissions often found in paper-based permit processes.

The standardization of terminology across these new digital systems, as well as the integrated nature of their databases, means that the risk of data entry errors holding up an application is significantly lower.

Reduces the time it takes to issue permits by an estimated 50-70%.

The time savings that SolarAPP+ promises are significant and will be a huge help to AHJs who are struggling to keep up with the demand for solar permits. Initial estimates indicate that AHJs can expect to be able to complete the entire solar application approval process in as little as 30% of the time currently being reported by some AHJ’s.

Modern Technology that Integrates to Solar Business Management Software

The AHJ Registry will be integrated with the popular SolarAPP+ (Solar Automated Permit Processing Plus) software used by solar contractors to submit permit applications. This technology can and already has been integrated into some leading solar business management software packages, such as Blu Banyan’s software SolarSuccess.

Facilitates Standardization Across Jurisdictions

Whilst still a future goal, the AHJ Registry, and SolarAPP+, together with the Orange Button initiative, form the groundwork for a future where the solar industry can implement standardized terminology, conventions, and permitting processes across all states.

The Future of Solar Permitting

 The AHJ Registry, SolarAPP+, and the Orange Button Initiative are three important initiatives that are helping to streamline the solar permitting process. These initiatives will save time and money for solar developers and help to ensure that new solar installations are safe and compliant with all applicable codes and standards.

Modern technology is playing an increasingly important role in simplifying and improving the solar permitting process. The AHJ Registry is a great example of how technology can be used to improve efficiency and reduce errors in the permit application process.

About Blu Banyan

Blu Banyan is a full-service solar software development firm that has been helping solar installation companies to streamline their IT ecosystem and get ready for rapid growth. We are committed to helping our clients navigate the complexities of the solar industry with features and modules that are designed specifically for these businesses.

Our goal is to provide our clients with the tools they need to succeed in the solar industry. Our software development team has years of experience in building software for businesses in a variety of industries. We understand the challenges that businesses face when trying to scale quickly and we have the experience and expertise to help them overcome these challenges.

If you are interested in learning more about how Blu Banyan can help your solar business, please contact us today. We would be happy to discuss your specific needs and requirements and provide you with a demonstration of our award winning software.

Thank you for reading! We hope this article was helpful. Please feel free to share it with your network.

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How the Orange Button Initiative is Helping to Standardize Data Synchronization in the Solar and Energy Storage Industries

The US Department of Energy’s Orange Button (OB) Working Group (chaired by Blu Banyan, Sunspec Alliance, Sandia) seeks to create an open data exchange standard for the distributed solar PV industry, thereby accelerating the deployment of solar projects.

Its goal is to provide a common platform for solar and energy storage companies to exchange data in a standardized format, thereby reducing the time and costs associated with software development and integration projects.

The History of Orange Button

The idea for Orange Button originated in 2017 when the need for improved data interoperability was recognized across the solar industry. The lack of standardization was leading to inefficiencies and duplicate efforts in data acquisition, processing, and analysis. The Orange Button task force assembled a team of solar and energy storage experts to develop a set of open standards that could be adopted industry-wide. The Orange Button initiative was officially launched in 2018.

 The Orange Button Initiative started as a public/private partnership funded by the  U.S. Department of Energy, the SunSpec Alliance and more that 350 companies that contributed to its development. Orange Button capitalizes on the idea that commercial enterprises in the solar industry will share data with each other in order to achieve operational efficiency and financial gain. The SunSpec Alliance is the original developer of the technology and the sole licensee of the Orange Button trademark.

The Benefits of the Orange Button Initiative

The Orange Button Initiative provides numerous benefits to solar and energy storage companies, as well as supporting industries including:

Reduced software development costs

By standardizing data formats across the industry, solar and energy storage companies can develop their own software platforms more quickly and cheaply. This is because they will no longer need to develop bespoke software integrations for each customer or partner.

Increased software interoperability

The standardized data formats used by the Orange Button Initiative will make it easier for different software platforms to exchange data. This increased interoperability will make it easier for solar and energy storage companies to work with a wider range of customers and partners.

Improved data quality

The standardized data formats used by the Orange Button Initiative will help to improve the quality of data exchanged between different software platforms. This is because the data will be more consistent and accurate, making it easier to use for analytics and decision-making purposes.

Increased data accuracy

A common data format means that data can be more easily and accurately compared between different solar and energy storage companies and the systems they use to manage their businesses. This helps to improve decision-making and reduce project risk.

Improved customer experience

A standardized data format makes it easier for solar and energy storage customers to understand their options and make informed choices about products and services. This is because they can easily compare data from different companies, and understand how that data relates to their own needs.

Increased market transparency

By providing a clear and concise view of the solar and energy storage industry, the Orange Button Initiative helps to increase market transparency and build trust between solar and energy storage companies and their customers.

Reducing Barriers to Entry in the Solar Industry

The Orange Button Initiative is helping to drive innovation in the solar and energy storage industries by reducing the barriers to entry for new software developers. By making it easier for solar and energy storage companies to develop and launch new products and services, the Orange Button Initiative is helping to create a more dynamic and competitive industry. This will lead to lower prices, better quality products, and improved customer satisfaction.

How You Can Get Involved in the Orange Button Initiative

If you are a solar installer or energy storage company interested in using the Orange Button data standard, you can get started by registering your interest on the Orange Button website. Once you have registered, you will be able to access the Orange Button Data Dictionary, which contains all the information you need to start using the data standard.

If you are a software developer interested in building support for the Orange Button data standard into your software platform, you can also find more information on the Orange Button website.

The Orange Button Initiative is open to all solar and energy storage companies interested in improving the way they exchange data. If you are interested in getting involved, we encourage you to register your interest on the Orange Button website and explore the resources available.

Orange Button Community Goals

The Orange Button Initiative is a community-driven effort, and are always looking for ways to improve the data standard and make it more useful for solar and energy storage companies. 

Their aim is to:

  • Identify information needed for solar+energy storage business processes
  • Bring software developers and subject-matter experts to the table
  • Build open source software, information models, and tools that anyone can adopt
  • Provide support and training to software developers and businesses
  • Encourage widespread adoption of the Orange Button data standard

In Conclusion

The Orange Button Initiative is working to improve the way solar and energy storage companies exchange data by developing a standardized data format. This will help to increase data accuracy, improve customer experience, and reduce barriers to entry for new software developers. Blu Banyan looks forward to continuing to work with the Orange Button Initiative to develop industry-leading software solutions that are aligned for the needs of all solar installation companies. 

About Blu Banyan

Blu Banyan is a software development company and NetSuite Solution provider that specializes in developing custom solutions on the NetSuite platform for the Solar and Construction industries. We have a team of experienced NetSuite developers who are familiar with the Orange Button data standard and can help you develop a custom solution that meets your specific needs. If you would like to learn more about how we can help you, please contact us today.

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Blog Solar

Ipsun Solar Uses AHJ Registry for Solar Permitting

Residential solar installer, Ipsun Solar both uses and advocates for the Authority Having Jurisdiction (AHJ) Registry. As part of the US Department of Energy’s Orange Button Initiative, the AHJ Registry addresses data standardization for solar permitting. Developed by the SunSpec Alliance, a trade alliance of more than 100 solar and storage distributed energy industry participants, and Blu Banyan, a software developer combatting climate change, the AHJ Registry is a free tool for anyone to use.

Access the AHJ Registry

Read Ipsun Solar’s AHJ Article: Who is my County or AHJ for solar permitting?

Blu Banyan’s SolarSuccess software is optimized for solar installers and it comes with the AHJ Registry included.

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Blog Solar

Technology Stack | Solar Supply Chain feat Blu Banyan & Orange Button

The Construction Progress Coalition held a Virtual Roundtable event on January 27, 2021 to discuss the Technology Stack for the Solar Supply Chain.

Learn how Blu Banyan teamed up with SunSpec Alliance to produce the AHJ Registry using the Orange Button standard taxonomy. Dennis Stejskal moderates as Jan Rippingdale highlights how they overcame challenges to resolve the digital breakdowns between solar installers and their local AHJ inspectors. Then, we will compare the AHJ-registry-to-permit-inspection CDX scenario with a similar scenario between contractor and surety broker to digitize the bond validation process.

View more Blu Banyan videos

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Solar Builder Article – Giving Jurisdiction

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SunSpec Alliance Awards Blu Banyan’s CEO as an Open Standards Champion

“SunSpec 2020 Annual Member Meeting – December 8th, 2020 -Attendees of this year’s Annual Member Meeting gained an in-depth understanding of SunSpec’s successes, challenges, and goals to come, including a preview of the exciting developments around SunSpec standards being encoded into national standards, which will lead to a massive influx of SunSpec Certified interfaces in 2021.

As a highlight of the event, Tom Tansy, Chairman of SunSpec Alliance, awarded 9 recipients the SunSpec Open Standards Champion Award. This prestigious distinction is awarded to individuals who have demonstrated an outstanding commitment to the development and establishment of a SunSpec standard. They have dedicated over 100 hours in a given year to a SunSpec initiative, worked collaboratively to achieve a common goal, and leveraged their professional influence to benefit the Distributed Energy industry as a whole.”

Jan Rippingale, Blu Banyan’s CEO, has been awarded the SunSpec Open Standards Champion Award for her hard work and creative ideas for the US Department of Energy’s Orange Button Initiative.

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