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Been procrastinating wrt the arduous task of putting an SPI - hehem, excuse me, #RE+ - dance card together. So, just taking a casual poll here....…
Been procrastinating wrt the arduous task of putting an SPI - hehem, excuse me, #RE+ - dance card together. So, just taking a casual poll here....…
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Explore more posts
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Kris Moe
Hey good news, this week, the Federal Energy Regulatory Commission (FERC) voted to modernize long-distance high-powered transmission policies, aligning with the Biden Administration's decarbonization goals and fortifying the grid against extreme weather impacts. The transmission system must modernize and expand to meet 21st-century demands. With the growth of AI, data centers, and EVs powered by green energy, the U.S. must double regional transmission capacity. Key changes include: Increased Renewable Energy: Expect more renewable energy and less coal-fired power, though litigation is anticipated. Enhanced Grid Stability: Regional authorities can now improve grid stability, making the network more renewables-friendly. Improved Transmission Coordination: Transmission owners will plan every five years for future needs, thinking 20 years ahead. Notably, 260,000 MW of power generation is waiting to connect to the U.S. grid, with 95% from solar, wind, and battery storage. This ruling facilitates power movement from rural to urban areas, benefiting renewable energy. FERC’s new policies also revise backstop authority, allowing federal intervention when states fail to push through vital projects. This ensures no state can veto projects crucial for national interest. The changes aim to cut CO2 levels by 40% by 2030 and achieve carbon neutrality by 2050. Falling prices for wind and solar, coupled with increased clean energy capacity, signal a bright future for renewable energy and grid resilience. Rudy Garza of CPS Energy noted, "This transition is going to happen whether you like it or not." #Renewableenergy https://lnkd.in/gK4nJQB3
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Enerdatics
📈 Corporate PPA activity in the ERCOT market has reached 1.8 GW, YTD 2024. Data from the Enerdatics Energy Transition PPA database indicates that ERCOT has seen ~1.8 GW in corporate power purchase agreements (PPAs) since the start of 2024, constituting over 60% of the U.S. total. 💡 Tech giant Microsoft leads the way, having secured ~800 MW across three deals. Meanwhile, new entrants such as UnitedHealth Group, Sonoco, and AdventHealth are also stepping up their sustainability efforts. 🏆 Key Suppliers Making Waves: > Regional Leaders: Primergy, Leeward Renewable, Scout Clean Energy > International Players: Orsted, ENGIE 🤝 Positive PPA negotiations in ERCOT are driven by the market's lower land and interconnection costs, which help mitigate higher interest rates and supply chain issues. 🌟 Top Deals to Note: > Microsoft and Primergy Solar: 408 MW from Ash Creek solar project > Hyundai and Matrix Renewables: 147 MW (Hyundai’s first U.S. PPA) > RTX and ENGIE: ~38 MW from Priddy wind project #CorporatePPA #ERCOT #RenewableEnergy #Sustainability #Microsoft #Hyundai #RTX #ENGIE #Orsted #Primergy #LeewardRenewable #ScoutCleanEnergy #UnitedHealthGroup #Sonoco #AdventHealth
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Sean Voigt
As we enter the fourth day of power outages in Texas combined with sweltering heat, the impact of hurricane Beryl illustrates both the impacts of climate change and the critical need to accelerate deployment of climate-tech solutions for a more resilient grid. Hurricane Beryl is yet another warning that climate change is upon us and accelerating. Warmer sea temperatures are driving more brutal and destructive hurricane seasons, with more powerful storms starting earlier in the year and occurring more frequently. While rising global temperatures ensure more frequent and deadly heatwaves - for over a year, every single month has been the hottest in recorded history, making extreme heat the new normal. From India to the middle east to the US, thousands have already died this year due to extreme heat. The combination of increasingly frequent and violent weather events, extreme heat and an antiquated, fragile grid are starkly illustrated by the 1.3 million homes in Texas still without power in the peak of summer heat. But it doesn't have to be this way. Climate-tech solutions, in particular distributed energy resources like solar and storage, are cheap, mature, and infinitely deployable technologies that can massively increase grid resilience and mitigate the compounding risks of heat and power outages during extreme weather events. In a world where roof-top solar and in-home battery storage compete on even playing field with centralized generation and distribution the grid is more resilient and power outages, when they inevitably occur, less deadly. DERs increase grid resilience by shifting generation, storage and distribution to the ultimate load (your home or local area). This takes pressure off the grid by reducing the need for antiquated, energetically inefficient T&D infrastructure that otherwise needed to link generation assets to load, through miles of expensive powerlines, transformers, etc., all susceptible to downed lines and overload. DERs also allow for demand response, load shifting, efficiency-as-a-service and other grid services that can stabilize the grid when power demand and generation capacity are dangerously unmatched. Simultaneously, DERs and microgrids mitigate the worst risks of inevitable grid failures. In home battery storage can keep your fridge running at a time when food and perishable items can't be reached. Rooftop solar can keep your air-conditioning running at the hottest parts of the day, and your cell phone charged, even if it takes days for your local utility to restore power. And these same assets can keep critical communication infrastructure up when emergency services need them most. And that's before even considering the fact that these technologies are already cheaper than conventional energy systems, faster and easier to deploy, and essential in reducing the carbon emissions driving this crisis in the first place. https://lnkd.in/g8bebhA8
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Sean Voigt
Yesterday, the DOE released its latest lift-off report on advanced grid technologies – it’s a fascinating and compelling read with some surprising and powerful take-aways. I’m summarizing the highlights here, but I would definitely recommend at least checking out the executive summary for its clarity and conviction. You can access the report here: https://lnkd.in/gMuFwx3c Highlights and key take aways: We all know the grid is experiencing an unprecedented increase in demand: data centers, AI, electric cars and the broader shift to electrify everything is expected to drive 91GW of peak demand growth in the next decade. This risks reversing so many recent decarbonization gains if the default response is to build new gas peaker plants and defer shuttering of existing coal generation. As laid out by the DOE, multiple grid solutions that are commercially available TODAY could increase effective transmission & distribution capacity by 20-100 GW, in other words, potentially allowing us to fully meet the coming surge in demand without the need for new generation capacity These solutions can be deployed in UNDER 3-5 YEARS and at LOWER COST and GREATER VALUE than conventional approaches. The types of technologies being described here fall into four categories: 1) Advanced transmission (e.g., high voltage direct current); 2) Situational awareness and system automation (e.g., advanced distribution management systems); 3.) Grid enhancing technologies (e.g., virtual power plants); and 4) Foundational systems (e.g., system digitization). Sadly, though not surprising, the report also finds “adoption at scale and associated industry know how is lagging largely due to a lack of industry incentives and prioritization” In other words, even though investing in these available technologies is cheaper and more effective than sticking with the status quo, its not happening. The report powerfully reminds us: “ The mandate of the United States electric grid and of its operators is to provide safe, reliable, and affordable power to customers.” And "The U.S. transmission and distribution grid requires significant investment to address these accelerating trends and pressures." In this moment of disruption, utilities, regulators and grid operators have such incredible power to support and accelerate the green transition; not just in the fight against climate change, but simply to move us toward a more dynamic, resilient and cost effective grid. In the past, when demand was flat, incremental, risk averse, business-as-usual approaches to infrastructure and capacity investment maybe could work; but in a moment where the future looks nothing like the past, actual long term, system-level strategic planning and innovation is needed. From interconnection fees to cost-plus payor rates, its time for us to cast off the vestiges of last century's model of centralized generation and distribution, and embrace a new identity for utilities in the 21st century.
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Kevin Stevens
Bottlenecks are everywhere in energy transition infrastructure: - supply chain disruptions in transformers, inverters, and switch gears - transmission and substation capacity constraints due to red tape - interconnection queues full as utilities conduct feasibility studies Labor is the next big bottleneck to join this list. We can only deploy renewable assets as fast as labor will allow. More in the comments 👇 #energytransition #labor #inflation
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Theodore Paradise
File under: energy regulatory observations, #RTO #complaints / #waivers when there are #tariff issues that don't make sense. I read a fair number of daily orders from / filings with the Federal Energy Regulatory Commission and this granting of a complaint against PJM stood out as a quick one to highlight for a few reasons. First, the level of tax-codification (like Shakespeare, I'll invent the words I need) that RTO tariffs have undergone. Read the intro paragraph of the order capturing the crux of the issue. My goodness. I cover issues across ISOs/RTOs from PJM, to NYISO, CAISO, and of course ISO-NE as well non-888/2000 regions like BPA and public utility districts and everyone has their own rules. For companies doing business in the US (which, for example, is common with generation, transmission developers, and large loads), it's like needing to be fluent in several languages. Observation: no wonder #FERC has some aspirations to more standardized language to at least create a bit of standardization in the tariff tower of Babel. Second, the complaint as a consensus tool. It's human nature to want to be right. Evolutionary, it's a mark of power. And power means safety. Humans are wired that way for survival, and it takes some self-awareness and reflection to engage the rational cortex over the non-verbal and much older limbic system and to hit the pause button to a challenge. The term "complaint" doesn't always help and neither does the "party v. party" case caption. The whole structure connotes conflict. Here, Dominion filed a waiver with a complaint in the alternative because PJM interpreted its tariff to not allow for a resource submission given a change in entity type. But instead of simply defending the tariff, PJM acknowledged the issue and supported a fix if the also supported waiver wasn't granted. FERC granted the complaint to fix the issue generally rather than a one off. While the stakeholder process - and all the interests that are encompassed therein - can make agreement to a change like this more difficult, the complaint and waiver processes are paths that can and should be used especially where time matters. One of the most critical things for those administering the rules to understand is: a delay is not harmless, a "comeback next time" is not without victims. Many projects have to have all elements align to move forward. Other issues may be more durable but can add needless costs to consumers, and those add up. This "how can we work with parties" approach is great to see and hopefully we'll see more of it. From capacity markets to interconnections, there is a lot of room for win-wins. Also, great to see Commissioner Rosner's name on these. #energy
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1 Comment -
Nelson A. Switzer
Yesterday, our portfolio company, LineVision, announced the operationalization of LineVision's Dynamic Line Rating project with National Grid NY. This marks the single largest implementation of a #technology (#climatech) that can help operators determine in real time how much #power they can safely put through their lines leading to a more #efficient and more #reliable #grid - allowing #utilities to build a smarter grid; a grid that can welcome more #renewablepower sources faster! Congratulations to the people and teams at LineVision and National Grid! #decarbonization #gigacorn #electricity Kevin Kimsa Lilliana Paoletti Hudson Gilmer See the comments below for a link to the PR and launch video.
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Tucker Twitmyer
Nice summary of our efforts to build a lower-carbon #energy sector from one of my favorite investors. Quick summary bullets below, but I recommend the full read: - The solar and wind industries hit record installations in 2023, even amid disruptions to the supply chain and the macro environment. - Growth drivers for the renewables sector include falling costs, policy support for the transition to a low-carbon economy and, increasingly, energy security. - Solar and wind are starting to benefit from new green industrial policies in the U.S., EU, and around the globe. - China’s dominant position in producing solar panels and components contributes to supply chain risks. - Permitting and grid connections are perennial sticking points for infrastructure projects across many jurisdictions. - Behind-the-meter energy generation is an opportunity, allowing regions and businesses to sidestep utility-scale bottlenecks. - Jurisdictions with fewer regulatory restrictions have seen a recent windfall of investment in renewable power.
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Will Driscoll
Reconductoring could enable 764 GW of transmission-connected solar by 2035. (My latest for PV Magazine USA) Replacing existing transmission lines, known as conductors, with advanced conductors could enable 764 GW of transmission-connected solar by 2035 even if transmission in new corridors was limited, found a study by UC Berkeley and GridLab researchers. 3M CTC Global TS Conductor Amol Phadke #Reconductoring
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Enerdatics
PJM & MISO face a growing interconnection backlog, with over 25 GW of solar and 9 GW of wind projects waiting for approvals Key actions being taken: -- PJM: Adopting a 'first-ready, first-served' approach to prioritize viable projects. -- MISO: Implementing a cluster study method to accelerate the process. -- Combined ~$14 billion investments are set to integrate roughly 10 GW of new capacity. ⚡ Meanwhile, ERCOT's 'Connect and Manage' approach simplifies grid integration, significantly reducing backlog clearance times. #RenewableEnergy #PJM #MISO #ERCOT #SolarPower #WindEnergy #GridConnection #EnergyReforms
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John Chaimanis
FERC has approved interconnection reform - and this is *generally* good for the energy transition. That said the devil in in the details of how states and utilities implement these changes. Some improvements like penalties assessed against utilities for tardy studies, trying to clean out queue squatters, and expressly identifying certain technical flexibility into interconnection design are good. However, we have specifically seen "Cluster Studies" and higher financial security requirements stymie development and create very costly and endless loops of re-studies in many markets (utility and DG). Calling on American Clean Power Association (ACP) Solar Energy Industries Association and importantly state level advocacy and watch dog groups to closely watch and actively participate as the implementation of these changes occur at the state level PUCs and DPUs - ensuring proper accountability and fair play. https://lnkd.in/ewehaH52 NYSERDA New York Solar Energy Industries Association MID-ATLANTIC RENEWABLE ENERGY COALITION Renewable Energy Vermont American Council on Renewable Energy (ACORE) Smart Electric Power Alliance NECEC Cleantech Leaders Roundtable
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Prism Solar
The Maryland Energy Administration has launched the Maryland Solar Access program, aimed at providing significant incentives for income-eligible Maryland households to install solar panels. Eligible households can receive up to $7,500 based on a $750-per-kilowatt incentive for direct current solar capacity. The program aligns closely with the recommendations from the 2023 Maryland Task Force to Study Solar Incentives and aims to help Marylanders reduce energy bills and carbon footprints. Grants will be reserved on a first-come, first-served basis, and solar systems owned by third parties will qualify. Additionally, the program replaces the Residential Clean Energy Rebate Program, and Maryland also promotes standardized solar permitting through the Solar Automated Permit Processing Plus (SolarAPP+). For more details, visit the Maryland Energy Administration’s Solar Access program webpage. Responses to maximize program impact are due by 3:00 P.M. ET, June 30, 2024. 🌞💡 Learn more: https://ow.ly/WbKM50RNtMo #PrismSolarPower #RenewableEnergy #RooftopSolar #CleanEnergy #SolarEnergy #SmartInvestment #Sustainability #CleanEnergyFuture #MarylandSolar
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Chris Hurcombe
#Business #Energy Market #Report – May24 - Mostly upward trends were observed across most tracked #gas and #electricity contracts, continuing the overall bullish wholesale pricing movements that have been observed since March. However, day-ahead power was the exception, recording a month-on-month loss. Seasonal gas contracts from Winter 24 to Winter 26 were on average 8.6% higher in April when compared to the previous month. This was due in part to elevated levels of maintenance across the Norwegian Continental Shelf, limiting total gas flows to GB. Moreover, forward contracts recorded gains as higher Asian gas demand for storage restocking, ahead of the winter period, bolstered competition for LNG shipments across Europe. Winter 25 was the premium gas contract, averaging 90.20p/th across the month. Across the month, we saw the day-ahead gas price rise 5.0% to average 71.71p/th. Likewise, front-month contracts were up 7.5% on average when compared to March, with May 24 seeing a 6.6% rise and June 24 recording an 8.4% rise to 71.67p/th and 71.17p/th, respectively. However, stronger gains were limited by high gas storage stocks across Europe, sitting at approximately 62.0% full at the time of writing, 3.4 percentage points above the levels seen last year according to data from Gas Infrastructure Europe. Despite being heavily influenced by its gas counterpart, day-ahead power prices averaged £58.78/MWh across April, down 10.0% when compared to the prices observed last month. This loss can be attributed to higher levels of wind generation across April, acting to decrease gas demand and the requirement for more expensive fossil-fuelled emitters. Likewise, day-ahead power was further influenced by a decrease to carbon prices across the UK. As a result, day-ahead power prices fell to the lowest level seen since July 2020 on 12 April at £26.50/MWh, and GB achieved a new low carbon intensity record of 19gCO2/kWh on the 15 April at 1pm – beating the previous record of 21gCO2/kWh achieved earlier in the month on 5 April. A bullish trend was recorded across contracts further out on the forward curve, with May 24 rising 2.6% to £61.96/MWh and June 24 growing 7.2% to £63.53MWh. Likewise, seasonal power prices saw an upwards trend, increasing 6.0% on average – with Winter 25 the premium market, standing at £80.89MWh, up 7.0% when compared to March. Despite these upward movements, stronger gains were limited by the return of the Heysham 1 and Hartlepool nuclear reactors from maintenance at the beginning of the month, bolstering available power capacity across April as a whole.
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Dana Guernsey
Sometimes #energytransition progress is talked about with so little fanfare you can almost miss it...unless you read things like the recently published SPP 2023 State of the Market Report. Congratulations to Southwest Power Pool for continuing to reliably manage an increasingly intermittent generation mix, including the continued expansion of #demandresponse resources. "For the second straight year, wind generation produced the highest percentage of total generation, at 37 percent in 2023." "Of the 1,806 MW net increase in nameplate generation capacity from 2022, 1,693 MW were from wind resources, 431 MW were from dispatchable demand response, and 239 were from solar resources." https://lnkd.in/ghVSqNxF #DR #DERs #VPPs
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Spencer Frazier
☀️ Top story: In a noteworthy initiative, approximately 200 solar companies have urged Congress to fast-track legislation to address significant issues hindering the development of solar and energy storage projects. A stellar future of 673 GW of deployed solar power by 2034 awaits, contingent on these pivotal policy decisions. 🎯 Decoding the challenges: Key issues hampering the growth of solar power include permitting, siting, transmission, and access to public lands. ✨ The proposed solutions: The plea from solar power companies includes requests for streamlined federal energy permitting, use of underutilized lands, improved transmission capacity, access to public land leases for clean energy, and efficient interagency collaboration. Peeling back the layers of this complex issue, it becomes apparent that the road to large-scale solar power implementation is cluttered with significant roadblocks. With an eye-opening open letter to Congress, around 200 solar companies are imploring the government to cultivate legislation that will expedite and streamline several sticky processes that are collapsing under the weight of progress. As the President of SEIA, Abigail Ross Hopper, poignantly states, hundreds of billions of investment dollars are contingent on the efficiency and speed of these processes. A captivating visualization sees solar power potentially reaching a gigantic 673 GW deployed by 2034. Yet, the realization of this future is deeply intertwined with pivotal policy decisions. The stakes are high, with job creation, economic growth, and private investment precariously balanced on the outcome of these reforms. With a comprehensive five-point action plan, solar companies are advocating for changes in federal energy permitting, project siting partnerships, elevated transmission capacity, simplified access to public land leases, as well as fostering efficient interagency collaboration. Far from being just industry issues, these reforms have the potential to stimulate significant economic investment and job creation. However, it's not just the industry that needs to evolve. The current legislative landscape is woefully unequipped to support these large-scale transformations. It's therefore essential that we advocate for policies that facilitate solar energy deployment at the scale needed to power economic growth. Let's not forget, transmission capacity is vital for the growth of renewables - without it, we face the risk of unprecedented bottlenecks. In a heartening move, the Department of Energy has already initiated steps in the right direction, proposing a roadmap comprised of 35 solutions for interconnection improvement. As we look to a sunny future, it's important to remember that the changing tide starts with addressing legislation and streamlining processes. For more information on selling solar virtually across the USA visit www.tstpros.com. 📍
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Jesse Grossman
Central planning is important! Excellent to see FERC issue the landmark Order 1920 requiring the operators of the US grid to plan for 20 years of accelerated load growth and invest in transmission appropriately to connect new distributed resources. This implementation needs to progress in a hurry – and this Order promises to push a necessary buildout of infrastructure across regions to get our domestic energy resources onto the grid. https://lnkd.in/eAydxM6R
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Modo Energy - USA
Ever wanted to know how power markets in Texas work? Maybe you're new to the industry, looking at opportunities in new markets, or just curious... The Energy Academy: ERCOT - hosted by Modo Energy's ERCOT Market Lead, Brandt Vermillion - is a great jumping-off point. Across ten episodes (and just 30 minutes), you'll learn about: - ERCOT's responsibilities as the system operator. - The operational timelines of its markets. - How locational prices are formed. - And loads, loads more... Learning about power markets is hard. The information you need is often impossible to find, difficult to understand, and just plain dull. So, if you want an easy "in" to the electricity system in Texas, check out The Energy Academy - link in comments. 👇 #TheEnergyAcademy #ERCOT #PowerMarkets #BatteryEnergyStorage
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