InDERmediate

InDERmediate
InDERmediate

The show to easily get the knowledge you need to work in clean energy, beyond the obvious. www.indermediate.com

Episodes

  1. JAN 29

    #5.3: Virtual Power Plant (VPP) Hackathon

    Summary In this final installment of the 3-part series, Ben, Jack, and Charles wrap up their exploration of virtual power plants (VPPs) with a deep dive into development strategies. They bring their coffee shop-focused VPP concept to life, tackling questions like: How do you stack revenue streams? How do policy incentives like the IRA shape the economics? And how do you overcome the challenges of site control, permitting, and community buy-in? Turns out, the answer sometimes lies within a bite of mincemeat. Episode chapters: * (1:07): Intro to guests * (3:55): VPP hackathon catchup * (5:12): Policy influences on project feasibility * (16:38): De-risking projects * (23:49): People are key * (30:23): Project finance * (41:25): Making money on projects * (59:10): Resources to go deeper Help us out! * Subscribe, share and rate the show wherever you’re finding this podcast! * Apple podcasts * Spotify * Give us feedback: We’d love to hear from you via email, inDERmediate@gmail.com * Follow us on social media * inDERmediate on Twitter / X * James Gordey * Ben Hillborn * Wyatt Makedonski * Charles Jurczynski Music Our incredible intro/outro music is the song Ticking, by artist TINYou can stream the whole song and the rest of their catalog here: Episode transcript Well welcome back everybody to this next episode of the intermediate podcast. today we're talking about project development and all the, all the ins and outs of it. we're going to do our best to frame this as a bit of a follow on to our, coffee shop that we, that we talked about in the, in the previous two episodes. but if we stream, of course, we'll still try to make it, fun and entertaining. And, today we have with us, my co-host, Charles Shensky and our guest, Jack Kirby Miller. Jack, I have to say, do you want to say a quick hello? Hi, everybody. yeah. Excited to be on. And, I get to spend a lot of time with Ben and excited to spend some time with Charles as well. Yeah, likewise. Thanks, for coordinating. It's been good to be here with you and and with Jack. And I'll just, like, super brief background. I think a lot of people know generate, as an investor, operator and owner, distributed generation assets, we do so much more than that. And, a big part of my day to day role is in what we refer to as delivery, encompassing development and construction of assets. so any portfolio that generate buys from a developer, where there's still leftover construction or development work to do comes through our team. So hopefully I have a little bit of experience in that space that I can I can speak to. Amazing. And, Jack, you've got, you've got a good amount of background in the space as well. Do you want to give a quick primer on yourself? Yeah. So I spent my early career working in the built environment, developing energy efficiency projects. decided that looking at first cost and the decisions that are made around it, we need a better financial tools and, spend some time in finance, all in, early stage clean technologies and, managed, spend some time, at Swell Energy, the distributed energy storage developer, which, you know, operating across the US, and their structured finance team. And that's really sort of informed my opinion on, what it takes to get lots of little assets out there, really quickly. And I think hopefully I can bring a bit of a different perspective if you're thinking about development from, you know, the the extremely distributed versus, you know, 1 to 5, ten, 20 megawatt scale. so, yeah, I work, Ben and I work together at Pearl Street, and, I wish I had been at your VP. VP coffee shop because, I work a lot with our, VP programs. so. Yeah, happy to happy to be here and excited to dig in. Amazing, amazing. Well, a quick recap. So in our, in our VP episodes, we, we kind of dove into, finding a niche in the, in building a BPP. And we came up with the idea of a, a virtual power plant, specifically designing a program for coffee shops. And the, the outcome of that was that we wanted to deploy solar and batteries to coffee shops, around, around certain metros in the US that aligned with, you know, a high solar generation potential, you know, high density of coffee shops and, and, you know, friendly, friendly environments for, for actually deploying VPCs. And so now that now that our motley crew has decided that this is our niche, this is where we're going to go now, we have to figure out how are we actually going to build this thing, where's where's the money going to come from? How do we structure projects? and how do we go from this idea of a virtual power plant to a physical operating virtual power plant? and we we do talk a lot about policy, here on intermediate. And that's possibly one of the, probably a good place to start. And I'm wondering if either of you guys want to, want to talk about a little bit about what you've seen around policy that influences the feasibility of, of putting together a project like a, like distributed assets in a BPP. I'd like to give people a framework first for when we talk about development and demystifying. I think sometimes this is even lost in project finance, community and people who are quite adjacent. Really, development is everything that comes before you start construction, and that's a lot. There's a lot, a lot of paperwork that you have to do, and you're really dealing with people and you're dealing with communities and neighborhoods. And so where we start is land. You want to get site control. You want to know where are you going to put your project. And we have the right to to rent that land out or own it. You want your permitting to make sure that you are allowed to put it there. According to the local zoning and bylaws and things, and there's a lot of work that goes into that. And then you want your interconnections. So you want to know that if you're building a power project or if you have a connection to the grid that you're able to to give electricity or take electricity back, assuming it's a power project. The fourth one, and this is where I just wanted to jump into this, into what Ben was talking about is your revenue. And this is going to be really key when you want to go get financing someone to give you millions and millions of dollars for your coffee, VP, coffee shop, PPV, revenue is going to be different for every project. It could be a PPA, which is perhaps the simplest approach. I'm. I'm looking at you. this could, but it could be multiple different layers. Right. And one of the big layers in this, particularly if you're using newer technologies that can sometimes be a bit more expensive, for example, batteries or EV chargers, if you're incorporating them into your VPP. There is so much incentive money to defray the upfront costs of the equipment, and that is a big part of what makes the economics of this project pencil. And it'll be different at different places. To bring this full circle back to Ben's point, is getting there, is that a lot of this is policy and regulatory driven? Well, policy driven, regulatory, not so much. it is the I.R.A., the Inflation Reduction Act of 2022. It is the IJA, the infrastructure, infrastructure investment and jobs Act of 2021. And together, these account for over $1.5 trillion into infrastructure in the US built environment. And probably more because a big chunk of these, these policies were to extend tax credits, which are a financing mechanism that form the basis of building these projects as well. And it's a real expansion that people say could go much further beyond the I think its budget is $369,000,000,000 billion. the industry expects it to generate a lot more than just 369 billion. And these are, our tax credits. So we can go into that later on. But there is a lot of policy that drives the revenue for, these projects. And I skipped over it a little bit, but on the local level, you've got municipal considerations. So there is policy at the state and local level that can drive where we might choose to site of VPI as well. I actually yeah, I would definitely put a lot of emphasis on that local level. development is almost always except for the of skills where I have worked. Right? Development is almost always a ground game. Right? for those like if you're building, VPI, you need to concentrate enough distributed assets in a concentrated geographic area to be able to provide meaningful load to utility that's working in a much higher level. And so paying attention to the friendliness of that local geography, the utility service area, that's really important. A lot of the work that we do right is identifying where you can, pull different. Right. You're obviously going to be using, you know. Yeah, there's there's some flavors to this as well. Right? A lot of VPNs, specifically are not owned assets. Right. So you have a contract with an asset that was already installed. So, to operate it and provide energy services to the grid. if you're looking at trying to bridge the gap to close the financing, where you can have a VPI that's owning its batteries is a, third party that provides services, you're going to need to be able to stack a number of those different revenue streams, right? Obviously, the, tax benefits, state level incentives and then hopefully incentives, or, revenue streams from the utility service service area you're inside of. so there's this idea of like, you know, multiple overlapping geographies that that are going to have an impact on what, what policy environment you're in. And I just want to tie this back as well to the, the coffee shop VP is that you'll think of maybe the coffee shop or the coffee shop owner. The person who owns the building is being your host, who you're renting land from. Effectively, you're putting all your equipment onto their site. but then they're also you're kind of like your base customer. You're trying to do something that gives them value. You're trying to lower the cost of, running air conditioning or

    1h 4m
  2. 05/06/2024

    #5.2: Virtual Power Plant (VPP) Hackathon

    Summary Co-hosts Pam, Ben, Charles and James are joined by listener Pegah and Isaac Maze-Rothstein in part two of the InDERmediate Virtual Power Plant (VPP) hackathon. In this episode the team dives deeper on key VPP inputs like financing / business case then wrap up by grading the viability of our Coffee Inc. VPP and outlines key next steps and open questions. Episode chapters: * (1:07): Selecting a location * (8:59): Financing options * (16:44): Key business case inputs * (20:45): VPP revenue streams * (35:03): Key market selection criteria * (42:15): Changes to increase success * (43:33): Coffee VPP Inc. feasibility * (50:45): Battery API’s Help us out! * Subscribe, share and rate the show wherever you’re finding this podcast! * Apple podcasts * Spotify * Give us feedback: We’d love to hear from you via email, inDERmediate@gmail.com * Follow us on social media * inDERmediate on Twitter / X * James Gordey * Ben Hillborn * Wyatt Makedonski * Charles Jurczynski Relevant links we found helpful * VPP Data substack including spreadsheet of all US VPP’s * Department of Energy Virtual Power Plants Liftoff Report * DER/VPP Reading List * VPP insiders group and supporting #vpps slack channel within DERTF * Challenges and Opportunities for VPPs (what I know so far...) by Clint Amadeus Chan * https://www.purepower.com/blog/why-energy-storage-is-more-difficult-to-scale-than-solar-pv * https://developers.google.com/maps/documentation/solar/overview * From Pam * ResStock: https://www.nrel.gov/buildings/resstock.html * ComStock: https://www.nrel.gov/buildings/comstock.html * FERC 2009 (not 2008!) report: https://www.ferc.gov/electric/industry-activities/demand-response/national-assessment-action-plan-demand-response-2009-national-assessment * https://gridintegration.lbl.gov/der-cam * https://zomasleep.com/blog/most-awake-city * California Self-Generation Incentive Program (SGIP) * California Demand Side Grid Support Program (DSGS) * Federal tax credits for batteries * Get energy prices: * Directly at the wholesale market’s website (CAISO, ERCOT) * Through aggregators in different markets (Leap, Energytoolbase, Stem, Sunnova, Sunrun etc) * New England ConnectedSolutions Program * AutoDR Rebates in California Music Our incredible intro/outro music is the song Ticking, by artist TINYou can stream the whole song and the rest of their catalog here:  Episode transcript Welcome back to intermediate and to part two of our creating a VPP series if you missed part one I'd highly recommend you go back and listen to that first because we pick up right where we left off without any recap With that out of the way, enjoy the show What are those things that we have now available that are renewable? That can be worked in quite a different way into the economy of the United States Which are concerned primarily with the design of nuclear power plants and this type of thing We do not know what the magnitudes or the side effects will be. Hi, I'm Pamela Wildstein. I'm Wyatt McAdonski. I'm Ben Hilborn. I'm James Gordey. You're listening to Intermediate. Intermediate. Intermediate. To Intermediate. Intermediate. The place for people trying to get into or already working on distributed energy resources and clean energy. This is the podcast that makes it easy to learn how the grid actually works beyond the office. Okay, so sufficient lack of density. There is a time of use and or flexibility program that is conducive to us doing this. Coolness factor. So like, let me just, I think the density one is fair. Like New York City, San Francisco, probably too dense. But like, let me just test some things. Like I would probably say that in many cases, Seattle is probably a little too dense too. like it's a pretty pretty big densely populated place but like what about the place i used to live portland oregon like do we think portland might have like enough lack of density for that to make sense or is that also too big and we want to go some smaller place i'm i'm happy with that i think somewhere along the the western seaboard is um yeah we need like a market that's gonna have some like time of use or like yeah you know flexibility goodness Okay, so Portland has 368 coffee shops for a population of 656,000. This is Portland proper. So that's a good, decent density. That's timely. Hey, Ben. I just want to call out Isaac from Leap, who is kind enough to pop in and be our phone-a-friend quasi-expert in here and help us out a little bit. Hi, Isaac. Hey, Isaac. Hey. How's it going? Thanks for having me. Isaac. So just to catch you up, Ben, if I could. So what we have kind of gotten to is that we want to create a virtual power plant for coffee houses with the rationale being that coffee houses mostly operate during the day. And so we could either like shift them to a time of use rate so they'd save some money like because they're operating mostly not during peak hours and or solar plus storage on the coffee houses and they could kind of like use that excess kind of like energy during the times when they could get compensated for it. These can't be in like Manhattan because they don't really have rooftops probably for the coffee houses and so we're trying to figure out like sufficient balance between density and places where there's a good time of use tariff to tap into or a good flexibility program to tap into. So that's kind of where we're at, and you're pretty knowledgeable about this stuff, so Ben is raising his hand, Ben Hilborn, but also I thought maybe we could shortcut the answer a little bit and see if you have some ideas. Yeah, we should let Isaac give some ideas. Sorry to throw you in the fire, feel free to ask any qualifying questions. So yeah, the question is, where would I go if I were trying to do a VPP of coffee shops? Does it need to be, is there, with solar and storage, and you're thinking about generating revenue for, or not generating revenue, your primary focus for the customer is bill savings through changing time of use tariffs or generating revenue with this kind of like extra solar juice that we're getting. If anyone else, feel free to chime in. I feel like this makes sense or made sense five minutes ago when we were thinking about it. Yeah, the only thing I had I had my hand up for was, you know, maybe we can simplify this a little bit by just removing solar from the equation and just do batteries. right in that there's a kind of overlapping need of coffee shops need a you know a decent a decent electrical service much more so than say a you know a clothing retailer that might be in the same space the coffee shop needs to run commercial fridges they may have commercial ovens because they're doing baking in-house they have all of the you know high draw boilers in there you know 14 espresso machines, all this kind of stuff. So they need a decent amount of service and they're probably going to pay the utility a reasonable amount to have that service at the building. And so there's an internal need to have a lot of power available at certain kind of internally determined times. And at the same time, this business doesn't operate when the grid needs, when the grid demand is highest. So there's potentially an opportunity here to have simply battery buffered service to the cafe where we don't have to pay for an install of, call it whatever, 400 amp service for your cafe. Instead, when we build up, when the cafe gets built out or if somebody's upgrading or whatever it may be, instead our virtual power plant is going to provide a battery that helps this cafe operate all of its internal internal load peaks are absorbed by the battery and then in the evenings when the when the grid is going to pay for it most and the cafe is closed this battery then just discharges back into the back into the grid to make some extra money based on the business that we set up for virtual power plant. Okay, helpful context. So you're going to need some other type of incentive for a battery that isn't paired with solar. In general, batteries sold for small commercial would probably be justified on a resilience basis. They aren't going to have a short enough payback period for a business that isn't really deep in energy to want to do any type of financing for a seven, 10-year payback for a battery, which makes me think that you're probably gonna go to California with a self-generation incentive program. Pat loves SGIP. Isaac, if I could, I think we're open to what makes sense for coffee houses. We're just trying to figure it out and appreciate your guidance, given the different options and markets and constructions of hardware we might use. So, you're, yeah, I mean, you probably, I would probably start in California. There's also, with the challenges around building gas plants, there's increasing prices for both energy, well, capacity prices available, so you're likely going to be able to generate some meaningful revenue. There's also a recent program that came out last year, demand-side grid support, DSGS, that batteries are able to participate in where the battery is used as the source of truth for valid for measurement and verification. So that is probably where I would go for these coffee houses. I would probably pair it with solar because the primary solar will still provide the of savings and those solar and storage assets will be under net energy meeting 3.0 so that they'll be offsetting primarily really high peak usage. And I think to your point, coffeehouses do often have a pretty big drop-off and so they would have some flexibility to use that battery to to participate in demand response. So that would be, for this example, probably where I would go. What kind of batteries would you guys wanna use? Have you thought about? That's a great question. We haven't got there yet. Let's dive into it. What's, hit us with some options, Isaac. Well, so there's, so the battery landscape's really interesting in terms of how do you access these batteries? Do

    58 min
  3. 03/11/2024

    #5.1: Virtual Power Plant (VPP) Hackathon

    Summary Co-hosts Pam, Ben, Charles and James are joined by listener Pegah in part one of the InDERmediate Virtual Power Plant (VPP) hackathon. In this episode the team embarks on their journey to roll up their sleeves and build a VPP within two hours live on the podcast. After the obligatory attempt to define the nebulous term “Virtual Power Plant”, the team begins to answer the key questions required to build a Virtual Power Plant. These questions are: * What type of customers to serve - Residential or Commercial and Industrial? * What type of devices will the focus? ie. Solar and Batteries * What location to operate in? ie. California * What markets to operate in - Utility markets via time of use and demand response or wholesale markets Episode chapters: * (0:00): Introduction * (3:30): VPP outline in 2 hours * (4:38): What’s a VPP? * (8:20): Key questions * (9:39): Resi or C&I? * (16:40): What devices? * (36:56): Location criteria Help us out! * Subscribe, share and rate the show wherever you’re finding this podcast! * Apple podcasts * Spotify * Give us feedback: We’d love to hear from you via email, inDERmediate@gmail.com * Follow us on social media * inDERmediate on Twitter / X * James Gordey * Ben Hillborn * Wyatt Makedonski * Charles Jurczynski Relevant links we found helpful * VPP Data substack including spreadsheet of all US VPP’s * Department of Energy Virtual Power Plants Liftoff Report * DER/VPP Reading List * VPP insiders group and supporting #vpps slack channel within DERTF * Challenges and Opportunities for VPPs (what I know so far...) by Clint Amadeus Chan * https://www.purepower.com/blog/why-energy-storage-is-more-difficult-to-scale-than-solar-pv * https://developers.google.com/maps/documentation/solar/overview * From Pam * ResStock: https://www.nrel.gov/buildings/resstock.html * ComStock: https://www.nrel.gov/buildings/comstock.html * FERC 2009 (not 2008!) report: https://www.ferc.gov/electric/industry-activities/demand-response/national-assessment-action-plan-demand-response-2009-national-assessment * https://gridintegration.lbl.gov/der-cam * https://zomasleep.com/blog/most-awake-city Music Our incredible intro/outro music is the song Ticking, by artist TINYou can stream the whole song and the rest of their catalog here:  Episode transcript I think Pam's audio is unbelievably loud. Yes, Pam, you're too excited. The game thing? Yeah, yeah. You need less game. We fixed it, though. Pam's just really excited. She's just really excited. I think that's just her indoor voice. What are those things that we have now available that can be worked in quite a different way into the economy of the United States? which are concerned primarily with the design of nuclear power plants and this type of thing. We do not know what the magnitude of the side effects will be. Hi, I'm Pamela Wildstein. I'm Wyatt Makaronsky. I'm Ben Hilborn. I'm James Gordey. You're listening to Intermediate. Intermediate. Intermediate. To Intermediate. Intermediate. The place for people trying to get into or already working on distributed energy resources and clean energy. This is the podcast that makes it easy to learn how the grid actually works beyond the office. Okay. We are live. As live as we're going to get. Welcome to what will 100% be the messiest intermediate episode to date. Let's go around the table very quickly and just say who's on the mic, say a quick hello, and then we can dive into trying to build, trying to figure out what it takes to build a VPP in two hours or less. Who are you? I'm Ben, I work in energy finance as well as on Durham's systems and yeah, love hanging out with you guys every time we do this. James, who are you? Hey, it's James Gordey, your co-host. Excited for this. Excellent. Pam? I'm Pam Wildstein. I'm a PhD student at the University of Michigan. And also excited for this, particularly to have toasters in this VPP in some way, we have to get toasters in. Yes. I think toasters is like a thing here. I'm Charles, Charles Orchinski. I am currently working in energy finance at Generate Capital, and I'm also very interested in project development. So, I am keen to figure out if we can make a VPP make money. Amazing. And last but not least? My name is Pega. I have a few years of experience working in a lab at university that was about clean energy, and that's where I was exposed to VPP and DERs. But then my professional background is mostly ML and product development. I'm very excited to learn more about VPPs in this session and contribute in building one. Well, thanks, Pega, and welcome to the show. Yeah, and I just want to say shout out to Pega. So we put this out in the DER Task Force Slack channel and just asked for help because we're literally just doing this and hit record and trying to do the best we can. And Pega just reached out and said, That sounds really cool. How do I join? And here they are. Easy. Amazing. So what are we trying to do? What does it mean to build a VPP in two hours? What, how are we gonna put a little, nice little box around this and what do we want to have at the end of this? Well, it won't be real because we have no money. Oh, yeah. Minor details. And since you want the electros from the Power Grid game, I have a lot of those. So to address Ben's question, I think we were going through in the lead up to the show trying to figure out what to do. Do we structure like a normal education episode? And I think one thing we highlighted was just, there's a lot of material and a lot of buzz for sure. A lot of buzz around VPPs, but we said, I think we could cut through the buzz and try and figure out what's real and help people learn how to engage more with actually building in this space if we just tried to build one, at least understand how to build one ourselves. And so I think what we're trying to do is either we're going to be successful or not in the next two hours, but we're going to try and build a VPP or know how to build one. And we're going to share the Google Doc, which outlines what we did. And we're going to share this recording and hopefully this helps to get more people building in this space. Absolutely. Absolutely. Do you guys want to start with the definition of a VPP? Oh, yeah. What's a VPP? Just keep using acronyms. Yeah. What's a VPP, Pam? Oh, I didn't say I was going to do it. I'm going to set a timer because I don't want this to take two hours. We could absolutely spend two hours. What's a VPP and what's a DERMS? NDE aggregation. Oh, my goodness. Charles. Charles or Pega, why don't one of you guys take it away? Okay. A VPP stands for virtual power plant. All right, children, I'm going to tell you that this is a bedtime story. A VPP is a virtual power plant. It is an aggregation of a number of distributed energy resources in intermediate DERs, and it is when you get them working all together from a technical and commercial perspective so that power can be produced in one place and sold in another place either physically or synthetically using market mechanisms that allow everybody to keep the lights on and socialize their power use with their neighbors, people in their community, or more broadly on the technical side it also has useful applications for utilities as grid support and regionalize energy support for utilities and grids. So it also facilitates much broader electrical stability, which is critical as we get more and more renewables on our power grids. So VPPs can do it all. Is that right, Pega? Do you want to take it on? Did I miss anything? That was a great description of VVPP and my understanding of VPPs or virtual power plants is working around DERs which are these flexible assets that either produce electricity energy or they can store electricity so they are flexible and that you can because the prices of electricity they're volatile, you can take advantage of those and buying cheap and selling high at a higher price. And a VPP's job is to orchestrate these flexible assets and get a revenue and then distribute it to the DER asset owners and everyone wins just an extra source of income for something that it's made like its main job isn't to produce revenue in that way but it's a nice extra cash that you can get. I think that's a really key component is you know what's going to incentivize people to join a VPP is the cash you get out of it. One of the things that I saw from this recent cold snap is you know too many utilities asking people nicely, hey, can you please curtail demand? A VPP is a way to just encode that and here is the business relationship we're going to have. If you curtail demand, here's what you get. And so that's a big part of what we're going to figure out today is based on the hardware that's gonna be the backbone of our VPP and the amount of load we can shift and when. How much how much can we offer to our consumers? To incentivize participation. I wanted to like zoom out a bit Get my game face on here so what we're trying to do is Identify what type of virtual power plant we want to build and when we ask people who know about this stuff They said there's several kind of key questions which will narrow down like the type of thing you could do and so one key question is residential or or what's called commercial and industrial. That's generally how electricity customers are bucketed in the electricity world, for better or worse. Geographic location is another kind of key question to answer for us. What types of devices, be it a toaster or something else, might you want to manage and bundle into our virtual power plant? And then once you have all those questions answered, Another kind of key question is, as I understand it, there's two broad types of programs and markets you can participate in. There's a utility program and a wholesale market program. And so what we're trying to do is think about what type of virtual power plant we want to build and kind of go through those questions and arrive at some answer s

    41 min
  4. 12/04/2023

    #4: Interconnection and FERC 2023 explained simply

    Summary In this episode of InDERmediate co-hosts James Gordey, Pamela Wildstein and Ben Hillborn are joined by special guest CeCe Coffey to unpack the Wild West of interconnection, FERC, Order 2023 and its potential impact on distributed energy resources (DERs). They talk through the role of FERC in energy regulation, how orders get named, then explain how interconnection works simply and highlight the problems with interconnection today. Finally we summarize order 2023, its impact on DER’s and brainstorm what might come next. Note: This episode was recorded before FERC granted an extended compliance deadline. Episode chapters: * (1:33): Ice breakers * (3:38): FERC intro * (4:53): Interconnection stakeholders * (8:35): How does interconnection work? * (12:51): Interconnection studies * (16:11): Interconnection x FERC * (19:05): Naming FERC Orders * (23:54): Prioritization * (27:12): Interconnection problems * (35:05): What's in FERC 2023? * (38:07): Transmission provider penalties * (42:44): Commercial readiness * (44:46): Interconnection hipsters * (51:51): FERC 2023 x DER’s * (54:42): FERC order lifecycle * (1:00:41): What’s next? Help us out! * Subscribe, share and rate the show wherever you’re finding this podcast! * Apple podcasts * Spotify * Give us feedback: We’d love to hear from you via email, inDERmediate@gmail.com * Follow us on social media * inDERmediate on Twitter / X * James Gordey * Ben Hillborn * Wyatt Makedonski * Charles Jurczynski Relevant links we found helpful * THE ACTUAL ORDER: https://www.ferc.gov/media/e-1-order-2023-rm22-14-000 * https://www.eenews.net/articles/ferc-approves-historic-rule-to-address-renewables-backlog/ * https://www.power-grid.com/policy-regulation/ferc-issues-final-ruling-to-tackle-clogged-interconnection-queues/  * https://www.utilitydive.com/news/ferc-interconnection-queue-reform-spp-miso-pjm-rto/689965/ * Dr. Volts podcast on interconnection in August 2023 * https://www.troutman.com/insights/troutman-pepper-summary-of-ferc-order-no-2023-on-generator-interconnection-reform.html * Background: https://www.utilitydive.com/news/energy-transition-interconnection-reform-ferc-qcells/628822/ * https://emp.lbl.gov/sites/default/files/queued_up_2022_04-06-2023.pdf * Site to track interconnection queues across all the ISOs and a few utilities as well by Steven Zhang Music Our incredible intro/outro music is the song Ticking, by artist TINYou can stream the whole song and the rest of their catalog here:  Episode transcript What are those things that we have now available that are renewable That can be worked in quite a different way into the economy of the United States Which are concerned primarily with the design of nuclear power plants and this type of thing We do not know what the magnitude of the side effects will be Hi, I'm Pamela Wildstein. I'm Wyatt McAdamski. I'm Ben Hilborn. I'm James Gordey You're listening to InDERmediate to Intermedia, the place for people trying to get into or already working on distributed energy resources and clean energy. This is the podcast that makes it easy to learn how the grid actually works beyond the office. Hey everyone, welcome to the show. I'm your co-host, James Gordey. Today we have Pam. Hi Pam. Hi. And today this is gonna be a bit of a two-part episode. So in part one, we're gonna cover FERC and interconnection kind of generically. And then in part two, we're gonna cover the hot off the press in energy terms for quarter 2023. And then kind of after that, we're gonna spend some time and look forward to where things are going from here. And joining us on the show today to help us level up our game, we have Cece Coffey. Cece, thanks for joining us and welcome to the show. Thanks, James. Happy to be here with you and Pam and to talk about interconnection. Okay. Okay, so just jumping into it, we always like to start with some icebreaker CC, so play along with us a little bit here. You personally, this is a show about learning about clean energy and DERs in general. How do you learn about clean energy? Well, thanks for asking. Honestly, it's something I've thought a lot about. When I got out of undergrad, I moved down to DC, which is a great place in the country to be working in energy, but I was really trying to learn as much as I could as quickly as I could. So I was reading Utility Dive and other trade press, I was attending conferences and panel talks, and I also joined the Clean Energy Leadership Institute in 2016 and have stayed involved with them since. So I think for me, learning about energy isn't just reading, it's also talking with people. And that's why I'm excited to be on the podcast and also to have been involved in DER Task Force, because I think when everybody gets together, we have some pretty cool ideas about the future of clean energy. Yeah, no doubt. Always the obligatory So moving on to the second one then, there's a lot going on in energy. What portion or topic are you most interested in right now and learning about? Yeah, there are a few, you know, on a large scale, I've always been interested in how high voltage transmission gets planned and built. You wouldn't think of that being clean energy necessarily. But, you know, there are a lot of examples going back to CREZ and Texas and others about how building transmission really gets new generation online. And on a smaller scale, I've been really excited to see how clean tech companies have been able to unlock distributed energy resources, not only to provide demand response, but also dispatchable power, following Octopus and others who've been doing virtual power plants. And then one thing that I don't know that much about, but I'm curious to follow is just this kind of rebirth of nuclear, whether it's large scale commercial or the small modular and micro reactors. I think those are so interesting and kind of the way that they can do community energy maybe in the future. And then I know we had asked you ahead of time, Cece, for some deeper dive resources if people are curious. So for anyone following along with the podcast and online on the show notes, we'll put all of those links there and links we found helpful. So kicking things off, at a high level, can you explain what FERC is and why they have authority? We touched a little bit in a FERC overview that Pam gave on our great overview episode, but good to unpack it more here. Okay. That's great to know. And for everybody who's listening who I haven't met yet, I'm in law school right now, so please forgive the brief detour into legal history. But I think it's important to understand what FERC is and how it came to regulate the transmission system. So going back more than 100 years, actually, Congress in 1920 authorized what was then the Federal Power Commission to oversee the nation's hydropower resources. And the Federal Power Commission was formally established in 1930. But it was five years after that, in 1935, when Congress passed the Federal Power Act, which transformed the Federal Power Commission into an independent regulatory agency, and it granted that agency the authority to regulate, among other things, the interstate transmission system. And that's really generally the same jurisdictional authority that FERC, the Federal Energy Regulatory Commission, has today. Its interpretation of that authority has changed and evolved as the system has changed and evolved. But, you know, on the transmission side, at least, BERC regulates all transmission between states and as kind of by virtue of that, the transmission that happens at high voltage with both power systems. So who are the stakeholders in the interconnection process that Order 2023 is gonna be regulating? Sure, so there are actually a number of players here. It's who you'd guess, right? The project developers. Those are the people who are building, owning, and financing new power plants, new generation resources. And it's the transmission providers who are receiving the request of those project developers to hook up to their system. But there are also other indirect stakeholders. Transmission customers should care because they're the ones who ultimately pay the costs that the transmission providers pass along. And we're transmission customers ourselves. Those rates that we pay to our local utility cover what the utility pays to the transmission provider to get energy off of their system. And states should also care. States have policy priorities. they're trying to get a lot of different types of resources built and if those resources are you know proposed but can't actually get interconnected and can't reach commercial operations that's really going to slow down states who are trying to maybe meet their 100% renewable energy goals. And in this case just you know because when I was first reading through the order I got a little confused on this. Transmission providers in this case are both in restructured and non restructured areas right so it's both the independent system operators, such regional transmission organizations, and then also monopoly utilities. Yeah, that's exactly right. And I should say, you know, you all are pretty familiar with this. I know it's a bit of an alphabet soup, but Pam, when you're saying restructured areas of the country, you're talking about those parts of the country where generation is separate from who owns the transmission and distribution systems. And as you pointed out, those are operated in many cases by entities called independent system operators or regional transmission organizations, who not only dispatch the systems but also operate the markets for buying and selling energy in those regions. But there are parts of the country, as you mentioned, that are not restructured. They still have, for the most part, vertically integrated utilities that own generation, transmission, and distribution. And there are also transmission providers and need to comply with these rules. Because one thing that I

    1h 6m
  5. 10/02/2023

    #3: Deck the Grid with Christmas String Inverters

    Summary Ben and James are joined by Carl Lenox from Sunrun and Spencer Fields from EnergySage to shed light on all things solar. They start by diving into solar’s history with a special nugget on Albert Einstein’s pioneering work on the photoelectric effect which netted him a Nobel prize back in 1921. Then Ben stokes the flames of a hardware jam session that covers the solar system, Christmas light string inverters and a three minute face melting solo on maximum powerpoint tracking 🤘. The episode wraps with a rundown on buying rooftop solar and solar ducking utility bills. Episode chapters: * (1:05): 👋 Carl and Spencer * (2:07): Ice breaker #1: How do you learn about clean energy? * (6:01): Ice breaker #2: What energy topic are you currently most interested by? * (16:06): Solar’s history * (19:15): Solar efficiency * (25:04): Cost down and manufacturing * (32:20): Types of solar * (39:27): Solar PV hardware * (43:59): Holiday season & micro-inverters * (50:36): Ben “MPPT is essential” * (53:31): Rooftop project steps * (1:00:53): Financing & utility bill savings Help us out! * Subscribe, share and rate the show wherever you’re finding this podcast! * Apple podcasts * Spotify * Give us feedback: We’d love to hear from you via email, inDERmediate@gmail.com * Follow us on social media * inDERmediate on Twitter / X * James Gordey * Ben Hillborn * Wyatt Makedonski Relevant links we found helpful * General resources mentioned as helpful for learning * https://www.ctvc.co * https://www.canarymedia.com * https://dertaskforce.com * F-150 Lightning: Ford Intelligent Backup Power | F-150 | Ford * Solar basics * Solar history: Timeline & invention of solar panels * A guide to the energy transition by Tsung Xu does a good job on historical cost curves of solar and other technologies * How solar panel cost and efficiency have changed over time * https://www.nobelprize.org/prizes/physics/1921/einstein/biographical/ * Community solar overview * Community choice aggregation in California * Microinverter vs String inverter * Maximum power point tracking * Solar financing * Solar panel utility bill savings by state * Interesting state specific utility tariffs for solar * California’s net billing tariff * North Carolina's new net metering policy Music Our incredible intro/outro music is the song Ticking, by artist TINYou can stream the whole song and the rest of their catalog here:  Episode transcript What are those things that we have now available that are renewable that can be worked in quite a different way into the economy of the United States? Which are concerned primarily with the design of nuclear power plants and this type of thing. Hi, I'm Pamela Wildstein. I'm Wyatt Makaronski. I'm Ben Hilborn. I'm James Gordey. You're listening to Intermediate. Intermediate. Intermediate. To Intermediate. Intermediate. The place for people trying to get into or already working on distributed energy resources and clean energy. This is the podcast that makes it easy to learn how the grid actually works beyond the obvious. Hey everyone, this is James Gordey. This is episode three of the Intermediate Podcast. Today we're focused on solar. In addition to myself and Ben Hilborn, who's a regular on the show, we have two guests today. He's our first guest and we're really excited. I'll let them introduce themselves, maybe starting with Karl. Sure. Yeah. So I'm Karl Lennox, currently the VP of product at Sunrun, been in and around the solar industry for about 20 years, starting in a, you know, engineering product development role and then moving into product management and strategy. and I've seen a lot of stuff. So I'm hoping to chat about that today. I'm excited. Awesome. And I'm Spencer Fields. I'm the Director of Insights at EnergySage. I have not quite 20 years of experience in solar like Carl does, but I have 10 years in clean energy. I started out as a consultant at Synapse Energy Economics before moving to EnergySage five years ago. And even in the last five years alone or 10 years, uh, the pace of change for clean energy and solar in particular has been truly remarkable. So also very excited to be on the show and thanks for having us. Yeah, absolutely. Um, and so before we break into the core content here, I thought we could, um, get warmed up a bit. And so we have two kind of icebreaker questions here. Um, maybe we'll each let you answer, uh, kind of in the same order we did the intros. Um, the first is just, you know, for you, this show is all about learning about energy and DER is beyond the obvious. Um, what's your kind of go-to way about learning about this, this sort of information, Carl? Oh, wow. Interesting. So I think for me, it's like, it's like the sea I swim in. Like to be very honest, um, uh, I, I to kind of learn about what's new and what's coming. I actually, you know, spend a lot of reasonable amount of time connecting with startups and innovators in the space who were kind of thinking about problems in new ways. Sometimes they're thinking about problems the same way as somebody who's thought about that problem 10 years ago and maybe they've figured out a way to overcome a barrier that was insurmountable at that time. I also obviously keep up on the media sources that people tend to follow in this space. I think Canary Media is a great one, for example. But, yeah, just in general, you know, just keeping ears open, eyes open, talking to smart folks as much as I can, and always, you know, challenging myself to challenging my priors. That's one of the disadvantages of being in this space so long as you do come with a lot of priors, which is sometimes good and, you know, but it's always important to challenge those. So I do try to do that every day. So I don't know, that's my approach. You know, it's interesting, I'm absolutely with Carl in terms of paying attention to the main media sources, really Canary Media, obviously paid attention to GTM before Canary, but love what everybody's done when they built the new publication there. I think beyond that, there are a couple of newsletters I follow, obviously pay attention to what's happening in the DER task force and the Slack channel, I think that's a connected to get here. But my favorite newsletter in the space is the Climate Tech VC newsletter, which if you're not subscribed to is really, really wonderful. And they just raised some money to turn it into a sort of a bigger platform and begin to build their voice even more. So I'm excited to see what will happen with them. But that's the main way. And then I think beyond that, it's getting asked questions by friends, family members, coworkers, other folks in the space and thinking that I know a lot about solar clean energy. And then as soon as somebody asked me a question, realizing that in fact, there's still a whole heck of a lot more to learn. So like Carl said, keeping ears open and really trying to listen to what it is that people are asking. Yeah, and I'll add to that too, I think. So first of all, I should have also pitched in on the DR Task Force in general and the Slack community specifically. It's just a great way to connect and really ask all sorts of people who have tons and tons of experience on really any topic. I'd also say that to the point of talking to friends and family and things like that, neighbors, people in the street, you can tell you're interested in this stuff, is a really good way to learn about how people who are not in the space look at the space and the kind of questions they have, that continues to be eye-opening for me, frankly, because it shows you what people really care about, and that's ultimately what we need to care about, right? And so it's not exactly learning about solar, but it's learning about how other people think about solar and other DOs. Yeah, and I mean, I think all of us here, right, we're always learning. We think we know, and then people ask the question, like Spencer said. Carl, do you have a specific aspect of DER as an energy in general that you're still like exploring right now or curious about? Yeah, for sure. I think, you know, one area of keen interest, you know, to me is the vehicle to grid space. It's an emerging space. I think there's, it's one of those areas where actually there's probably more questions than answers for everybody, right? There's still a lot of things that need to be out. So it's one of those areas where, you know, there's just a lot of inquiry happening about how should it be, and what are the constraints that are real, what are the constraints that are regulatory or there for historical reasons, why are those constraints in place. So that would be like for me the top of mind, but you know there's many examples of that. I think like one of the interesting things about the DER space is that there is like layers upon layers of historical practice and rules and regulations that can sometimes actually be kind of hard to bottom out. If you really want to understand why do we have this rule in place, oftentimes you learn it's kind of a rule of thumb. And then it's like, well, why is this rule of thumb in place? Where did that come from? And actually, it can be, it can take like several levels of digging to kind of bottom that out. And then you sort of realize, like, maybe like, does that still make sense? And if not, like, what can we do about it, right? So I think I think that's another sort of class of open questions that's always intriguing to me. Yeah, super interesting. And, you know, you sort of pulled the words right out of my mouth, Carl, with vehicle to grid. And I think bidirectional charging in particular for electric vehicles certainly opens up a lot of opportunities. It also opens up a ton of questions. I think, you know, even today, a colleague of mine was asking, hey, why did you select the level two charger that you did? Why didn't you select a bidirectional EV charger? And I think there's this sor

    1h 7m
  6. 08/28/2023

    #2: A Farm to Toaster Grid Overview

    Summary Join Pam, Ben and James as they turn up the voltage on a fun, electrifying chat! Starting off with a quick dive into the difference between kW and kWh, the team then converts energy usage of different items in toaster SI units. They shed light on the journey of energy from generation to your home, in the very first squadcast game - dish out some electrifying acronyms (and admit when they’re stumped), and explore the bustling world of electricity markets. And if you've ever imagined the ISO as a bar, you're not alone. Pam even shares her experience of ringing up San Diego Gas and Electric’s demand response line. Whether you're a seasoned electric buff or just plugging in, this chat promises high energy, high voltage, and high fun! Episode chapters: * (2:16); kW’s and kWh’s explained * (6:23): Toaster energy use for scale * (10:31): Generation, transmission and distribution * (22:15): What’s that acronym?: Part one * (33:40): The three North American grids * (35:40): Balancing authorities, ISO and RISOTO * (37:58): Utilities + Pam calls San Diego Gas and Electric * (41:48): Sub-utility and ISO zones * (44:39): Electricity markets * (59:44): Whole deregulated market types * (1:02:36): The ISO is just a bar * (1:05:00): Deregulated retail markets Help us out! * Subscribe, share and rate the show wherever you’re finding this podcast! * Apple podcasts * Spotify * Give us feedback: We’d love to hear from you via email, inDERmediate@gmail.com * Follow us on social media * inDERmediate on Twitter / X * James Gordey * Ben Hillborn * Wyatt Makedonski Relevant links we found helpful * The basics of electricity * What is Energy? * The basics of entropy (aka why electrons go where they do) * How Power Gets to Your Home (this entire physics series is probably helpful) * Moving Electricity: The Three Steps of the Grid * https://www.eia.gov/energyexplained/electricity/electricity-in-the-us.php * https://www.eia.gov/state/ * Substations visual * Transformers * See a map of all the electricity providers in the USA here. * The US Grid * The “seams” of the grid * f you want to learn more about BAs (all 66 of them in the US), check out these great links by the EIA: here and here. Balancing authorities are typically ISOs/RTOs, or utilities. * https://www.e-education.psu.edu/eme801/node/534 * FERC: https://www.ferc.gov/power-sales-and-markets/rtos-and-isos * Demand response * Buying and Selling Electricity: Energy Markets * How to plug your product into the grid * What’s the right way to read your electric bill? * https://en.wikipedia.org/wiki/Electricity_meter * https://en.wikipedia.org/wiki/Electricity_pricing * https://en.wikipedia.org/wiki/Independent_power_producer * https://www.energysage.com/other-clean-options/retail-energy-providers/ * https://www.ferc.gov/electric-power-markets * https://en.wikipedia.org/wiki/Peaking_power_plant#:~:text=Peaking%20power%20plants%2C%20also%20known,as%20peak%20demand%2C%20for%20electricity. * https://competitiveenergy.org/consumer-tools/state-by-state-links/ * Grid Governance * https://www.nerc.com/Pages/default.aspx Music Our incredible intro/outro music is the song Ticking, by artist TINYou can stream the whole song and the rest of their catalog here:  Episode transcript I see voltage i see current no i see math no no intro the episode oh i thought you meant do the now we'll make ben do the formulas it's fine i saw math and i saw i saw math and i saw variables and i said no what are those things that we have now available that are be worked in quite a different way into the economy of the united states which are concerned primarily with the design of nuclear power plants and this type of thing. Hi, I'm Pamela Wildstein. I'm Wyatt Makaronski. I'm Ben Hillborn. I'm James Gordey. You're listening to Intermediate. Intermediate. Intermediate. To Intermediate. Intermediate. The place for people trying to get into or already working on distributed energy resources and clean energy. This is the podcast that makes it easy to learn how the grid actually works beyond the office. Welcome to Intermediate. Hey Pam, how's it going? Terrible, I have to do the intro. Tell me about the weather in Michigan this week. It hailed aggressively for multiple days. Well, it didn't ha- no, it rained really aggressively. There were a bunch of days with tornado warnings and then it hailed. That is surprisingly similar to the weather that Alberta got the past week or so. Tons of tornado warnings, just a massive amount of hail that shredded everybody's vegetables and whatnot. It's just kind of a miserable midsummer weather. It's hot. We're here to help. Yeah. Pam, what are we talking about today? We're doing an introduction to the electric grid, an overview of the whole system. The whole thing. Whole thing. Are we going to put out the accompanying blog post that we wrote a couple months ago on this? Are we? Yeah, I think we should. Right? Oh, okay. That's good work. And there will be a blog post, a blog post. Very nice. Two for the price of one. Yeah, we'll do everything from interconnections to physics. All right, is that leading into me doing some physics? Yeah. Yeah, do the formulas, Ben. No, I hate the formulas. Tell them how the math works. Okay, all right. If you've made it this far and you don't know electricity works. Well, I mean that's kind of why we're doing this. That's me. I made it this far and I don't know how it works. Pam, you're busy scheming how to write policy around the stuff. Ben, explain the basics of electricity to us with the formulas. Like we're in, I don't know, we're 10 or something, maybe five, maybe 10. All right, so the important metric in in energy systems is power. There's a lot of, there are a lot of pieces of the puzzle you can go into inductance and reluctance and we're not talking about any of that today. We're just gonna talk about power, which is current times voltage. Everybody's heard of amps, everyone's heard of volts. You know, most people listening to this podcast know that hey, my house has 120 volts at the outlet. And, you know, maybe you know that your hairdryer or toaster takes 15 amps because it said so on the box because sometimes people do that. So the terms that you need to know most clearly to work in, even to simply understand energy systems are kilowatts and kilowatt hours. And the difference here is kilowatts, I guess, watts is the base SI unit in kilowatts is like, that's a thousand watts. And that's a measure of power. That is a measure of the, call it the capacity to do work. And if you think about the easiest analogy to this for most people is plumbing because everybody's used to turning on a tap. When you turn on a tap, how fast the water comes out, that's your kilowatts. That is the speed at which the energy is leaving the source and going to the receiving device, we'll call it. On the other hand, you have kilowatt hours. ignore the the reason for the hours for a second but a kilowatt hour is a measure of capacity so now if you think about okay I you know stopper the drain I turn on the the tap and I fill up my sink the amount of water in the sink that is my kilowatt hours that's how much energy I have accumulated in one spot and now the reason for the hours on the end of it is actually really math if you turn on your tap and you turn it on to one kilowatt amount of flow and you left it on for one hour and let's say that that filled a bathtub the capacity that the amount of water that ends up in that bathtub after an hour that's one kilowatt hour so the the flow of energy times the amount of time it flows for tells you how much you can you've accumulated or used in that So that's your kilowatts versus kilowatt-hours. People are squinting. Can that go all the way down to like a second or whatever you want it to be, right? And you just take like this amount of time times the power for that period of time. Is that how it works? Yeah, that's the beauty of SI units, right? Where I can say if it makes sense for my application, I can talk about watt seconds or, you know, kilowatt years. Um, it's, it, it all works. Some of those units might not be super commonly used. Um, but people, people will know what you're talking about. Should we give people a sense of scale, like make it a bit real for different things they might relate to? For context, for context, the average home uses 1.25 kilowatts or 1.25 kilowatt hours per hour, hours per hour is going to confuse people. That's what it is. that's what it is that's what it is no we've got some nice in the blog post or we've got some nice charts a light bulb 60 watts um well that's you know that's pretty old school not too many people are using incandescent bulbs anymore what's so what's a modern light bulb then what do you think like five watts five watts okay we gotta update our chart EV charging, level one, 2.3 kilowatts, DC fast charge, more like 30 to way more than 30. Way more than 30. Yeah, so let's, I don't know, the things that things that people use every day. So you know, your average like little desk lamp LEDs is five watts. Your iPhone might charge at 10 watts. your toaster which is like one of the one of the highest draw appliances that you can you can plug into a standard household receptacle that's between 1500 1500 and 1800 watts so at the top end that's 1.8 kilowatts and the reason for that is you know electrical code and limits on that on wiring of your house the beyond that you're just you're looking at bigger things that you know most people might not necessarily have have exposure to or or experience with but those are like that's what the average person would would understand beyond that yeah like you like you said you've got like a DC fast charger call that a hundred kilowatts you want to understand how electricity it takes to like crash a grid um what would crash tech the texas grid during the 2021 february freeze was a 30 gigawatt loss of natural gas generating ca

    1h 12m
  7. #1: Electric vehicles, charging and their impact on utility bills

    07/28/2023

    #1: Electric vehicles, charging and their impact on utility bills

    Summary Join Pam, Ben and James on a fun-filled ride through the ins and outs of electric vehicle (EV) charging, utility tariffs, and the ever-evolving grid technology. Our lively discussion kicks off with the basics of home EV charging and its potential to revamp your utility bill. We also delve into the role of the Public Utility Commission in managing fair rates in the growing age of time-of-use tariffs, especially in states like California and Michigan. Episode chapters: (00:00:00): EV banter & intro (00:06:25): EV tech (00:15:38): Batteries & EV charging (00:17:00): Level one toaster charging (00:21:08): Level two charging (00:23:29): Level three DC fast charging (00:31:38): Charging connectors (00:35:29): Battery sizes and charge curves (00:47:25): Utility tariffs and metering (00:49:20): PG&E resi EV tariffs (00:52:10): Types of EV charging tariffs (01:00:53): Obligatory V2X hype A key topic is consumer response to variable rates and its effect on curbing peak electricity usage. We explore ways to design rates that accommodate different lifestyles and spur shifts in energy consumption. Then, we turn the spotlight on "utility tariff hacking," considering how EV batteries could even power homes, thus exploring the realms of Vehicle-to-Home (V2H) and Vehicle-to-Grid (V2G) technology. Our chat veers into the importance of EVs in shifting electricity usage, with a highlight on level two chargers for overnight charging. We introduce the intriguing concept of an EV time-based charging incentive for charging during off-peak hours. Rounding off, we ponder over utilities, their awareness (or lack thereof) of home EV chargers, and their varying adoption of time-of-use rates. With a promise of deeper dives into V2G, demand response programs, and grid participation in the future, we leave listeners eagerly anticipating more. Help us out! * Subscribe, share and rate the show wherever you’re finding this podcast! * Apple podcasts * Spotify * Give us feedback: We’d love to hear from you via email, inDERmediate@gmail.com * Follow us on social media * inDERmediate on Twitter / X * James Gordey * Ben Hillborn * Wyatt Makedonski Relevant links we found helpful * Overview * https://www.energysage.com/electric-vehicles/costs-and-benefits-evs/evs-vs-fossil-fuel-vehicles/ * https://www.rewiringamerica.org/app/ira-calculator/information/electric-vehicles * https://www.reddit.com/r/evcharging/wiki/public/ https://www.sheld.org/uploads/enel-x-smart-charging-for-dummies-2021.pdf * Charging * https://www.youtube.com/watch?v=_43-CPgqp4g * https://evcharging.enelx.com/ca/en/resources/blog/552-ev-charging-connector-types * https://support.fastned.nl/hc/en-gb/articles/205694717-How-fast-can-my-vehicle-charge- * Impact on utility bill * https://www.pge.com/en_US/residential/rate-plans/rate-plan-options/electric-vehicle-base-plan/electric-vehicle-base-plan.page * https://www.pge.com/en_US/residential/rate-plans/rate-plan-options/tiered-base-plan/tiered-base-plan.page? * https://www.firstenergycorp.com/content/dam/customer/get-help/files/PEV/nj-ev/jcpl-ev-customer-program-guide.pdf * https://medium.com/@alubershane/our-decarbonized-electrified-future-ii-b6c581f6701c * https://www.shipleyenergy.com/resources/energy-guides/cost-to-charge-an-electric-car-how-it-affects-your-electric-bill/ * Other links * https://www.osti.gov/pages/servlets/purl/1576484 * https://www.eia.gov/tools/faqs/faq.php?id=97&t=3 * https://www.nrel.gov/docs/fy21osti/73762.pdf Music Our incredible intro/outro music is the song Ticking, by artist TINYou can stream the whole song and the rest of their catalog here:  Episode transcript Well, hello and welcome back to Intermediate, where you can easily get the knowledge you need to work in clean energy beyond the obvious. I'm Ben here with my co-hosts, Pam and James. Hey Ben, good to be back. Hey James. Hi. How are you guys doing? Yeah, doing well. Question of the group, how many of us have EVs? Yes. How many of us? Yes? Oh, I have whatever car I could get and then bring to school. But then I make up for it by walking almost everywhere and taking the bus when possible and carpooling. All right, that's even better than the EV. Yeah. All right. I do not have an EV. I guess I could cheat and say I don't have a car because we sold my car when gas prices were high. I was convinced this was the beginning of the end for gas. Our one gas car, which we have because it's paid off, is a 2013 Ford Fusion, so not an EV. OK. Is it fusion powered, though? Not even fusion powered. It's just gas powered, unfortunately. I do, in fact, have an EV. I have a 2018 E-Golf. it is it's from the era where EVs were slightly more handicapping than they are today you know on a good day it'll do about 150 miles of range and that's you know you might think that oh you can go pretty far 150 miles but when you're you know when you're running around doing a bunch of errands you eat that up pretty quickly. But on the other hand it's amazing. I love it and I'm hopefully never going to get rid of it. Yeah so question for me, the next car I want to get is an EV and I'm actually like causing issues in our family because I insist on it actually. I'm being very stubborn. But our requirements up here in Seattle like I need it's basically like you want an electric Subaru with long range, which doesn't exist. You know, I need high ground clearance. I need to be able to travel greater than 200 miles probably. I need it to be not a million dollars. So like the Rivian's kind of out. I don't know what my options are here. And so I was like, okay, if I think about Subaru has the Soltera and that's all of those things except something with long range. What if, could I get some rig that's like, put it in my car and it's a battery and solar panels and I could like when I get to the trailhead or camping or something like charge up my car based off the Sun is that feasible there's actually a guy that has prototype this at least and is trying to sell it for Tesla's where not only is there a kit where you put a pretty sizable solar panel over the top of your model 3 but there's actually, when you park, just like you said, when you park, you unfold this kit from the trunk and it goes up for like 10 yards behind your Tesla, and it just lays on the ground and trickle charges your Model 3. So it's like a mobile ground mount. I guess you wouldn't, yeah, that makes sense. See, the issue though is the Model 3 has really low ground clearance. And so that's, obviously that would be a great option, but you don't wanna destroy it and have the EV and all the components fall out as you go up the trailhead. Yeah, well, one of the things we'll get into today is actually the charging standards. And kind of aside from, okay, this thing needs to fit on the roof of a Model 3. If you put that part aside and just think about the panels you lay on the ground, the charging is actually the same between whatever, a Soltera or a Model 3, or God forbid, a Hummer, like an electrified Hummer, which, you know, which is the high end of the price bracket there. Pam, why do we care about EVs? Because they're storage on wheels, and they're cool. And we get a lot of emissions from just the average car that runs on gas, like ICE vehicles is what they're called, internal combustion engines, but ICE sounds way cooler. In America, 29% of emissions are coming from transportation. And within that 29%, 58% of those emissions are coming from light-duty vehicles. And a lot of that is from short-range trips. So if you want to abate those emissions, then switching to EVs is part of your answer. What are those things that we have now available that are renewable, that can be worked in quite a different way into the economy of the United States? which are concerned primarily with the design of nuclear power plants and this type of thing. Hi, I'm Pamela Wildstein. I'm Wyatt Makarovski. I'm Ben Hilborn. I'm James Gordy. You're listening to Indermediate. Indermediate. Indermediate. To Indermediate. Indermediate. The place for people trying to get into or already working on distributed energy resources and clean energy. This is the podcast that makes it easy to learn how the grid actually works beyond the office. Hey everyone, this is James Gordy and this is episode two of the Intermediate Podcast. Today we have the esteemed co-host guest of Ben Hilborn and Pam Wildstein. Hello. Hey Ben and Pam. Thanks for jumping on. Yeah. And so I think today we want to cover a slightly in the weeds version of electric vehicles. So we're really just going to take you through. And so I guess just to kick it off Ben, do you want to give us an intro on EVs and why they're awesome? Yeah, I mean so if you're if you're in the energy industry if you're in EVs This is this is gonna seem pretty rudimentary But this is for anybody who's you know Who's checking out the episode because they want to get really in-depth and if you don't know some of the basics It's hard to hard to build on top of that understanding. So At the most basic level, you know, a car is a car. It is an enclosed cabin that has usually four wheels and some way, some mode of propulsion to move you around. In nearly every vehicle up until, call it 10-ish years ago, maybe 20, most vehicles were internal combustion. they had a tank of combustible fuel, you know, diesel or gasoline, and an internal combustion engine, which you would feed that fuel into, you would get small explosions of your old dinosaur juice, and that would be turned into, you know, rotational power which would move the wheels. Now, instead, we have in an electric vehicle, you have a battery pack, and so Instead of a tank that holds gasoline, you have a battery which has a chemical potential that when you let that chemical potential equalize, you get electricity out of it. That goes into a little electric motor, the electric motor turns that electricity into rotational force which moves the wheels. At the end o

    1h 9m
  8. 07/13/2023

    #0 Welcome to InDERmediate!

    Summary Hop in with James, Pam, and Ben as they take a journey through the confusing, wonky and brilliantly exciting world of today’s clean energy landscape. The trio kick-starts with some personal tales of how they learn about energy themselves including diving head-first into the complexities of energy law reviews and DER aggregation or building home solar + battery storage + EV systems to truly learn how things work! From hitting up energy industry conferences and writing extensive papers to discussing funding opportunities and mainstream adoption of Distributed Energy Resources (DERs), they cover it all with a friendly and engaging chat. They even dive into the world of equitable clean energy and the exciting transition to customer-led energy revolution. So if you're keen to know about the growth and opportunities in the energy industry, electric vehicles, or just how everyone can join in the clean energy wave, this episode's got something for you. Help us out! * Subscribe, share and rate the show wherever you’re finding this podcast! * Apple podcasts * Spotify * Give us feedback: We’d love to hear from you via email, inDERmediate@gmail.com * Follow us on social media * inDERmediate on Twitter / X * James Gordey * Ben Hillborn * Wyatt Makedonski Music Our incredible intro/outro music is the song Ticking, by artist TINYou can stream the whole song and the rest of their catalog here:  Episode transcript Welcome to the intermediate podcast. This is the show to easily get the knowledge you need to work in clean energy beyond the obvious. Don't sound so excited about it. I need to do better. Huh? Not excited. Don't be like too hype though. Welcome to the intermediate podcast. This is the show to easily get the energy knowledge you need to work in clean energy beyond the obvious. My name is James Gordey, co-host of the show. I'm Ben Hillborn. I'm Pamela Wildstein. OK, maybe to get things kicked off, should we all introduce ourselves? Yeah. Most interesting person in the room. Not even close. My name is Pamela Wildstein. I am a dual PhD student at the University of Michigan, studying environment and sustainability and urban and regional planning. I study energy geography and power systems planning. I had no idea you were a dual PhD. That sounds like torture. It's not particularly, it just means you have to do some extra paperwork. I just don't suggest it. Two hands, two PhDs. No, no, it's one PhD. One PhD with two departments and one department is on North Campus and the other department's on Central Campus, meaning they're like four miles apart. So I have to bus back and forth between them for advising meetings, which is just amazing. Yeah, that sounds like a good time. Maybe one thing that's interesting, they talk about this on the DER Task Force podcast. How did you get into clean energy, right? Like they say, how'd you get DER-pilled? When'd you get DER-pilled, right? Like, what's the like genesis of your clean energy journey, Pam? I was studying environment sustainability and climate change in undergrad. And when I was a sophomore, I clicked on the wrong, I had already had a general interest in energy and taken a couple of classes. Um, but one day I clicked on the wrong podcast and, uh, it was the interchange, which back when it was run by green tech media and I just thought it was really interesting and I kept, uh, listening and I got really into wholesale markets specifically in the intricacies of, um, like federal policies for energy. And I just kept self teaching until I got to a point where I could take, uh, like energy law and then, uh, I got really interested in D U R aggregation, participation, wholesale markets, wrote my undergrad thesis on that. And now I'm a PhD student studying, um, distributed energy resources. Amazing. That's a fantastic story that you clicked on the wrong podcast. And now here you are recording a podcast. It's, it's come full circle. Someone is going to make the wrong click. They're going to click on intermediate and that's going to be the genesis of their journey. I hope so. And I hope just like me, I hope just like me, they were so bored during their biology courses that they would listen to the energy podcasts and the background of the biology homework to make it bearable. That's how you know you're in the wrong class. It's meant to be. Yeah. So James Gordey, I started my career in actually in oil and gas as an engineer and so like energy, but fully 180 from where we're at today on the clean energy side, made the jump over to regular startups and then right around when COVID started, I was just looking at like what I to do next. I'm very quickly gravitated towards climate and clean energy. It's like the thing I wanted to work on for the next however long, right? And so really just poured everything I could into learning about clean energy to try and make the shift from general tech and have been lucky enough to kind of come up the learning curve the hard way, which we can talk about in more detail. I live in Seattle and I self-identify as a person in startup line very nice I'm a stone's throw from well a very long stone's throw from from James in Victoria BC you know just up here in the Pacific Northwest and my my journey kind of started it in a somewhat similar way my backgrounds in electrical engineering and I I have only ever worked in startups I've never worked in a company larger than like 120 people. And that was like, that was a peak number for sure. COVID came around and the timing was just enough that my startup that I was running then, we ran out of money and everyone was just scared for the world falling apart. And, you know, that kind of spelled the end of it for us and I was just working in IOT stuff at that point. And that was a huge shakeup for me in not only just like having to wind down a company, but also just like what, why am I doing what I do? Like why, what is giving the work that I'm putting out into the world meaning? And, you know, part of this is compounded by the fact that at the time I had I had one young kid. I have two now and just this search for meaning in in what I'm doing as well as a just kind of growing sense of responsibility to while I really do need to leave like if I if I care about my child the way that I think I do and the way that I tell people I do, I really do need to leave the Earth a better place than it was when I came to it. How am I going to do that if I'm not working on that every day? And so that was that was the start of my journey was, and at the time I had no idea what a DER was. the, I just, I knew that, okay, batteries are cool. Solar is cool. EVs are cool. All these things, like they're making impact and the energy transition is super cool. I didn't, I had no idea that there was this umbrella term for all of this and that these things were at a much deeper level than many people think, you know, interrelated and going to be even more interrelated, but the day that I, the day that I learned the term distributed energy was that like light bulb moment doesn't describe it, uh, it doesn't even come close to like, Oh my goodness, this makes sense. And this is where I need to be. I, I understand my calling now. And that was, yeah, ever since then it's just been, how do I, how do I build things that matter in distributed energy? Shout out to Ben Atoson, it's a major climate popper. Energy coming in right there with the purpose. I guess we didn't cover this on the top but like Indermediate of course is a pun for distributed energy resources so we're just gonna lean fully into that and stay on brand. Maybe shifting over then Ben you kind of touched on this already. I think it's helpful for all of us to kind of talk about like our why and how we got to being people I kind of like loosely met through a long line community to recording a podcast here. I think like for me, the why is very much tied with my own like experience in climate journey. And so I thought I came up with the idea for the show, but Pam actually did, and she can touch on that later. I kind of very quickly was looking at climate from like a first principles discipline, right? Like IPCC and working backwards, all like realistic paths to solving climate involve abundant clean energy, even if we're going to do tons of carbon capture, you need to power that with clean energy, et cetera, et cetera. And so I kind of picked that as my segment of climate, as many people do. Maybe you have if you're listening. And what I've learned is that there's really great introductory resources, which go to a decent level of depth. Just to name a few, Rewiring America, I really, really enjoyed that book. That was a really profound moment for me to like, I'm focusing on clean energy or the MCJ podcast or the interchange and the green tech media shows those are really like impactful for me and they really helped me like start to come up the learning curve and learn what is solar what are batteries what is demand response kind of these kind of like concepts loosely but then like you very quickly realize that if you want to move beyond like what is the stuff to how does the stuff actually work how does it work together, what are all the details in it, you're kind of left with a really tricky choice. You're probably on energy Twitter following people, and they're tweeting really wonky things that you don't understand. And if you try, it's really hard to understand. Or if they link to something, it's a 1,000-page PDF document from a utility or a regulatory filing. And so you're kind of having to wade into this advanced-level content, which is just extremely, extremely intimidating. And so if we need thousands of people working on clean energy in this problem to really like lay the foundation for all viable paths to solving climate, like we've got to lower the barriers. We've got to help people come up with that learning curve. And so that's very much like the why for me is,

    35 min

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