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With Texas Facing Soaring Electricity Demand, The Politics Of Energy Quietly Shift At The Capitol
RENEWABLE ENERGY WORLD NEWS
With Texas Facing Soaring Electricity Demand, The Politics Of Energy Quietly Shift At The CapitolBy Kayla Guo, The Texas Tribune “With Texas facing soaring electricity demand, the politics of energy quietly shift at the Capitol” was first published by The Texas Tribune, a nonprofit, nonpartisan media organization that informs Texans — and engages with them — about public policy, politics, government and statewide issues. Sign up for The Brief, The Texas Tribune’s daily newsletter that keeps readers up to speed on the most essential Texas news. Four years ago, after all electricity sources struggled to keep Texans’ lights on during Winter Storm Uri, the state’s top Republican leaders singled out solar and wind energy for scorn as they worked to goose natural gas-powered generation. After decades of growth in solar and wind put Texas among the nation’s top producers of renewable energy, the state’s leaders turned against renewables as they began to compete more fiercely with coal and gas-fueled power. At the same time, anti-renewables rhetoric swelled nationally as well as part of a broader fight over combating climate change — which climate scientists say has led to more severe weather in Texas and increased risks to life and property. But with this year’s legislative session underway, the political tides around energy are quietly turning in the country’s biggest oil and gas state. Texas faces a massive surge in demand for electricity due to an increase of large users like crypto mining facilities, in addition to population growth and more extreme weather. And policymakers are recognizing that in order to meet that demand, the state will need all the generation it can get — from every source. “Here in Texas, we believe in an ‘all-of-the-above’ energy approach,” Gov. Greg Abbott said in December, touting Texas as the fourth-largest oil producer in the world and the leading state for wind and large-scale solar generation. “We will increase capacity of our grid to ensure that every Texan has affordable, reliable power and unleash the full potential of Texas’ nuclear industry. And we will produce enough energy power on the grid to make sure that every home, every business and every location is going to have access to the power they need.” The recent expansion of renewable energy in Texas has helped stave off crises since the grid came close to catastrophic collapse in February 2021 when Uri plunged millions of Texans into darkness and left hundreds of people dead. Texas increased its energy supply by 35% over the last four years, Abbott said in his State of the State address in February. A whopping 92% of that new supply, according to energy consultant Doug Lewin, came from solar, wind and battery storage. Texas added more battery storage capacity than any other state last year, and, excluding California, now has more battery capacity than the rest of the country combined. The state installed around 9,700 megawatts of new solar generation last year and 1,735 megawatts of wind power, according to a January report by the Federal Reserve Bank of Dallas. Solar power and battery storage set records last summer, providing nearly 25% of electricity needs in the middle of the day, according to the Dallas Fed’s report. Texas also added 3,410 megawatts of gas-fueled power last year after losing 2,172 megawatts in 2023. The Electricity Reliability Council of Texas, the state’s main grid operator, estimates that 1 megawatt of electricity can power around 250 homes. These additions meant that ERCOT didn’t have to issue a single emergency alert last year during the sixth-hottest summer on record in Texas. In 2023, during the state’s second-hottest summer, ERCOT issued 11 alerts asking Texans to conserve energy. The grid also made it through several cold snaps this winter with plenty of supply on hand — though experts warn that solar plays a smaller role in meeting peak demand during the winter. Weatherization requirements the Public Utility Commission imposed on power plants after Winter Storm Uri also contributed to greater resiliency on the grid. On top of increased reliability, renewable energy resources saved Texas power consumers around $11 billion in the last two years, according to a report by IdeaSmiths LLC, an energy analytics firm, that was funded by pro-renewables trade groups. “These resources materially contribute to having enough power on the system and also being able to do it most affordably,” said Bryn Baker, senior director of policy innovation at the Texas Energy Buyers Alliance. “Being able to maintain the ability for all resources to play in the market is critical for Texas to maintain its energy leadership, as well as economic leadership.” Despite those gains, ERCOT predicts that Texas’ energy demand will nearly double by 2030, with power supply projected to fall short of peak demand in a worst-case scenario beginning in summer 2026. That surge in demand is being driven by population demand, more extreme heat and cold, and an influx of large power users, such as crypto mining facilities, artificial intelligence-related data centers and electrifying oil and gas field operations. State lawmakers have looked to boost natural gas-fueled generation — in 2023 they established the $5 billion Texas Energy Fund, which offers low-interest taxpayer funded loans to incentivize construction of new gas-powered plants. But those plants take years to build. New advanced nuclear technology at scale is also years away, even as the state’s top leaders throw their support behind the burgeoning industry. As a result, experts warned, Texas can’t afford to block any forms of generation, including renewables. “We’re going to need every megawatt that we can get, from every generation resource that we can get,” Michael Jewell, an energy attorney and expert, said. “Legislative proposals that would discourage the continued development of every resource — that’s anti-energy.” Renewable energy advocates hope that message is getting through to lawmakers as they grapple with how to meet soaring demand this legislative session. They emphasize that they are not against gas-fueled generation, and that Texas needs a mix of resources to grow its grid. “I think, and I hope, and I pray that the conversation has changed,” said Matthew Boms, executive director of the Texas Advanced Energy Business Alliance. “With those kind of numbers, the whole conversation changes from, ‘What should the mix look like?’ to a different conversation, which is how we’re going to meet all of this load growth.” Renewables proponents also point to the millions of dollars in tax revenue that solar, wind and battery storage projects funnel into local school districts and communities — many of them in the districts of key lawmakers. In House Speaker Dustin Burrows’ district — which includes parts of Lubbock and its surrounding counties — existing solar, wind and storage projects are projected to pay around $94 million in local tax revenues over their lifetimes, according to the IdeaSmiths report. The district of Sen. Charles Schwertner, R-Georgetown and chair of the Senate Business and Commerce Committee, is poised to see $499 million in local tax revenues from existing solar and storage projects. And Rep. Drew Darby, R-San Angelo and chair of the House Energy Resources Committee, represents a district expected to see $293 million in local tax revenues from renewable energy. Those dynamics — demand growth, the role of renewables and storage on the grid and the economic impacts of the industry — suggest that the Legislature may be less inclined to clamp down on solar and wind this year as lawmakers have tried to do in previous sessions. “We are actively exploring and promoting advanced technology, including small modular nuclear reactors, larger duration battery storage and geothermal energy,” Schwertner said at the ERCOT Market Summit last month. “These technologies and others offer unique advantages in providing stable, dispatchable power, and Texas is committed to leading in their deployment.” Still, anti-renewables sentiment has not gone away in the Capitol. “There’s certainly ideological opposition. It’s very serious,” Lewin said. “The Legislature walked right up to the edge of really kneecapping the renewable industry last session. I’m sure those discussions will be weighty this session — but I hope not.” Lawmakers have filed a number of bills that would restrict the development of renewable energy or favor natural gas generation in the energy market. For example, a proposal by state Sen. Lois Kolkhorst, R-Brenham — and co-sponsored by state Sen. Phil King, R-Weatherford, the vice chair of the Senate Business and Commerce Committee — aims to reduce the impact of wind and solar projects on residential neighbors and the local environment by imposing strict permitting and siting requirements and restricting tax abatements for those projects. The bill, Senate Bill 819, would not apply those standards to other energy facilities, such as natural gas or coal plants. A near-identical bill passed the Senate in 2023 but failed to advance in the House. Renewables advocates warned that the bill would sharply curtail new wind and solar development, unduly interfere with the energy market and step on the private property rights of landowners to lease their land out for energy projects. Senate Bill 388, filed by King, aims to offset the impact of federal incentives to build wind and solar projects by requiring 50% of new generation to be “dispatchable” — namely, natural gas and coal. Dispatchable generation can be turned on at any point and does not rely on intermittent resources like sun and wind. Lawmakers have emphasized a need for dispatchable resources to offer greater reliability when grid conditions are tight. But at least one lawmaker, in addition to industry trade groups, expressed skepticism at a Senate Business and Commerce Committee hearing Tuesday that the bill would effectively boost natural gas and increase reliability. The bill represents “a heavy-handed, prescriptive recipe for what the market should build,” Sen. Nathan Johnson, D-Dallas, said, “cutting off the investment and innovation that the private sector can bring to this market.” Mark Stover, executive director of the Texas Solar + Storage Association, testified to the committee that the bill would have a “destabilizing effect” on the energy market. “While the bill may seem straightforward,” Stover said, “we believe it could produce unintended consequences that could actually increase costs on consumers and undermine reliability.” Other legislative proposals would specifically tax renewable energy projects and bar offshore wind facilities from connecting to the grid. Beyond legislation related to the type of energy on the grid, lawmakers are more broadly focused on how to meet demand growth. Senate Bill 6 — a priority bill of Lt. Gov. Dan Patrick, who presides over the Senate and wields enormous power over which legislation is approved — aims to firm up the state’s energy demand forecast, more fairly allocate the costs of building out necessary transmission infrastructure and ensure that existing generation is not removed from the grid to serve large industrial users. House Bill 2678 looks to support the development of advanced nuclear technology in the state, in line with Abbott’s and Patrick’s priorities. Lawmakers have also proposed measures to increase consumer protections, including by tightening oversight of third-party solar panel sellers, re-establishing a low-income electricity bill assistance fund and requiring that new battery storage projects have safe removal and disposal plans at the end of their lives. As the clock ticks on the remaining months of session, Lewin said, lawmakers will have to decide whether they want to focus on pushing down, or building up, certain resources. “There’s only 140 days — you don’t really have enough time to do both,” he said. “Building up a nuclear industry in Texas will take a lot of good legislative thinking and focus and attention. I hope that they focus on stuff like that — and not on punching down at renewables.” This article originally appeared in The Texas Tribune at https://www.texastribune.org/2025/03/06/texas-legislature-energy-renewables-power-grid/. The Texas Tribune is a member-supported, nonpartisan newsroom informing and engaging Texans on state politics and policy. Learn more at texastribune.org.
powerplant
Mar 06, 2025
Utilities May Soon Pay You To Help Support A Greener Grid
RENEWABLE ENERGY WORLD NEWS
Utilities May Soon Pay You To Help Support A Greener Grid“This story was originally published by Grist. Sign up for Grist’s weekly newsletter here.” Every month you pay an electricity bill, because there’s no choice if you want to keep the lights on. The power flows in one direction. But soon, utilities might desperately need something from you: electricity.  A system increasingly loaded with wind and solar will require customers to send power back into the system.  If the traditional grid centralized generation at power plants, experts believe the system of tomorrow will be more distributed, with power coming from what they call the “grid edge” — household batteries, electric cars, and other gadgets whose relationship with the grid has been one way.  More people, for example, are installing solar panels on their roofs backed up with home batteries. When electricity demand increases, a utility can draw power from those homes as a vast network of backup energy.  The big question is how to choreograph that electrical ballet — millions of different devices at the grid edge, owned by millions of different customers, that all need to talk to the utility’s systems. To address that problem, a team of researchers from several universities and national labs developed an algorithm for running a “local electricity market,” in which ratepayers would be compensated for allowing their devices to provide backup power to a utility. Their paper, recently published in the Proceedings of the National Academy of Sciences, described how the algorithm could coordinate so many sources of power — and then put the system to the test. “When you have numbers of that magnitude, then it becomes very difficult for one centralized entity to keep tabs on everything that’s going on,” said Anu Annaswamy, a senior research scientist at the Massachusetts Institute of Technology and the paper’s co-author. “Things need to become more distributed, and that is something the local electricity market can facilitate.” At the moment, utilities respond to a surge in demand for electricity by spinning up more generation at power plants running on fossil fuels. But they can’t necessarily do that with renewables, since the sun might not be shining, or the wind blowing. So as grids increasingly depend on clean energy, they’re getting more flexible: Giant banks of lithium-ion batteries, for instance, can store that juice for later use.  Yet grids will need even more flexibility in the event of a cyberattack or outage. If a hacker compromises a brand of smart thermostat to increase the load on a bunch of AC units at once, that could crash the grid by driving demand above available supply. With this sort of local electricity market imagined in the paper, a utility would call on other batteries in the network to boost supply,  stabilizing the grid. At the same time, electric water heaters and heat pumps for climate control could wind down, reducing demand. “In that sense, there’s not necessarily a fundamental difference between a battery and a smart device like a water heater, in terms of being able to provide the support to the grid,” said Jan Kleissl, director of the Center for Energy Research at the University of California, San Diego, who wasn’t involved in the new research. Along with this demand reduction, drawing power from devices along the grid edge would provide additional support. In testing out cyberattack scenarios and sustained inclement weather that reduces solar energy, the researchers found that the algorithm was able to restabilize the grid every time. The algorithm also provides a way to set the rates paid to households for their participation. That would depend on a number of factors such as time of day, location of the household, and the overall demand. “Consumers who provide flexibility are explicitly being compensated for that, rather than just people doing it voluntarily,” said Vineet J. Nair, a Ph.D. student at MIT and lead author of the paper. “That kind of compensation is a way to incentivize customers.” Utilities are already experimenting with these sorts of compensation programs, though on a much smaller scale. Electric buses in Oakland, California, for instance, are sending energy back to the grid when they’re not ferrying kids around. Utilities are also contracting with households to use their large home batteries, like Tesla’s Powerwall, as virtual power plants.  Building such systems is relatively easy, because homes with all their heat pumps and batteries are already hooked into the system, said Anna Lafoyiannis, senior team lead for transmission operations and planning at the Electric Power Research Institute, a nonprofit in Palo Alto, California. By contrast, connecting a solar and battery farm to the grid takes years of planning, permitting, and construction. “Distributed resources can be deployed really quickly on the grid,” she said. “When I look at flexibility, the time scale matters.” All these energy sources at the grid edge, combined with large battery farms operated by the utility, are dismantling the myth that renewables aren’t reliable enough to provide power on their own. One day, you might even get paid to help bury that myth for good. This article originally appeared in Grist at https://grist.org/energy/utility-pay-green-grid-ev-electricity/. Grist is a nonprofit, independent media organization dedicated to telling stories of climate solutions and a just future. Learn more at Grist.org
powerplant
Mar 05, 2025
Canadian Electricity Company To Refurbish And Expand Hydro Stations Across Northern Ontario
RENEWABLE ENERGY WORLD NEWS
Canadian Electricity Company To Refurbish And Expand Hydro Stations Across Northern OntarioIn its 2024 financial results report, Ontario Power Generation (OPG) announced that it has Ontario’s support to move forward with plans to refurbish and expand a number of hydroelectric generating stations across Northern Ontario over the next decade. When complete, this work will secure up to 830 megawatts (MW) of electricity in the North, OPG said. This is part of OPG’s plan to refurbish and redevelop hydroelectric generating stations across the province to maintain reliable and efficient operations and increase production of renewable energy. “Many of our hydroelectric stations have been in service, generating the electricity Ontarians need, for decades and, in some cases, more than a century,” said Nicolle Butcher, OPG president and CEO. “The work we are doing now and over the next number of years to renew our hydroelectric fleet will ensure those same stations reliably produce power for future generations to come.” OPG has commenced the execution of three projects to redevelop existing hydroelectric generating stations in Ontario that are approaching the end of their operational lives. The redevelopments will generally involve construction of new powerhouses or powerhouse extensions, replacement of turbine and generator units and supporting systems, and replacement or rehabilitation of other structures at the stations. The redevelopments are expected to ensure continued safe and reliable operations of the assets for approximately an additional 80 to 90 years, OPG said. In November 2024, OPG initiated the execution phase of a project to redevelop the 118-year-old Kakabeka Falls GS, the second oldest generating station in OPG’s Ontario-based hydroelectric fleet, located along the Kaministiquia River in northwestern Ontario. The project will involve construction of a new powerhouse extension, replacement of the surge system, and replacement of the penstocks. The redeveloped station is expected to have a generating capacity of approximately 27 MW. The project’s expected in-service date is 2028, with an approved budget of $519 million. The new powerhouse will house two new modern turbine-generating units capable of generating approximately 27 MW of clean electricity, about three MW more than the plant’s current capacity, or a 13% increase. The four existing generating units and ancillary equipment will also be removed from the current powerhouse, which will be maintained in its original location. The four existing penstocks will be removed and replaced with new penstocks. Finally, the project will replace the plant’s surge tank, which is used to manage abrupt changes in water pressure. Kakabeka Falls GS went into operation in 1906 with a single unit. A third unit was added in 1911 and a fourth unit was installed in 1914. Ontario Hydro, OPG’s predecessor company, purchased the station in 1949. During the fourth quarter of 2024, OPG also initiated the execution phase of a project to redevelop the Coniston and Stinson hydroelectric generating stations, located along the Wanapitei River east of Sudbury, Ontario. The redeveloped stations are expected to have a combined generating capacity of approximately 12 MW. The project’s expected in-service date is 2027, with a combined approved budget of $178 million. In its end-of-year results, OPG also provided insight into the performance of its hydroelectric generators. Electricity generation from OPG’s regulated hydroelectric generation business segment increased by 1.1 TWh during 2024, compared to 2023, mainly due to higher electricity generation at the hydroelectric facilities in the Niagara region reflecting higher electricity demand, and higher water flows across most of Ontario. On the other hand, electricity generation from the contracted hydroelectric and other generation business segment in 2024 was comparable to 2023. Availability of the hydroelectric stations in the segment for 2024 was 80.8%, compared to 85.9% for 2023. The decrease was primarily due to higher planned outages at the Lower Mattagami hydroelectric generating stations.
powerplant
Mar 05, 2025
Are Your Battery Systems Missing Revenue Opportunities? This Startup Wants To Help
RENEWABLE ENERGY WORLD NEWS
Are Your Battery Systems Missing Revenue Opportunities? This Startup Wants To HelpMany battery systems worldwide fall short of their potential, missing revenue opportunities daily, often without owners even realizing. One startup aims to bridge this gap with AI digital twins that run thousands of scenarios to identify performance improvements. Powerline, a participant in this year’s DTECH Initiate program, provides independent fleet-level AI for performance benchmarking, market strategy, and portfolio growth. The startup claims its flagship product, Battery Co-Pilot, as the first independent, fleet-wide, and continuous benchmarking platform for battery portfolios. Trusted by some of the world’s largest utilities managing grid-scale batteries, Co-Pilot acts as the digital twin for an entire portfolio, providing a unified view of assets that traditionally operate in fragmented silos. “As the energy transition accelerates and the grid grows increasingly complex, utilities face the challenge of managing expanding and diverse portfolios,” said Matineh Eybpoosh, CEO & co-founder of Powerline. “Battery Co-Pilot offers utilities visibility, ensuring no blind spots in the portfolio; AI-generated recommendations for portfolio optimization; realistic, data-driven assessments to track and improve asset performance; and all with zero operational risk or intervention.” Powerline’s AI integrates market signals, bottom-up simulations, and operational data to build digital twins of battery projects “at any scale.” Battery Co-Pilot simulates alternative scenarios of battery projects to test different hypotheses in a risk-free environment. Users can also compare metrics against best-possible operations to see how well their assets capture market opportunities at each trading interval. “As we are launching our flagship product in a few markets, we would love to get in front of industry experts and potential customers and get their feedback on it,” Eybpoosh said, noting the value of participating in DTECH’s Initiate program for startups. Initiate is your gateway to discovering the up-and-coming innovations in the energy sector at DTECH. Witness firsthand how startups are transforming the industry, and stop by to hear the newest solutions on the market, breakthrough technologies, and connect with innovators from across the globe. It’s the perfect opportunity to explore fresh ideas and connect with the future of transmission and distribution! Check out these other startups participating in the Initiate program that you won’t want to miss at DTECH! This list will be updated as more startups are featured.
powerplant
Mar 05, 2025
‘A Really Dumb Idea’: Trump Tariffs Threaten The Grid As Ontario Premier Reaffirms Promise To Cut Off Electricity To The Us
RENEWABLE ENERGY WORLD NEWS
‘A Really Dumb Idea’: Trump Tariffs Threaten The Grid As Ontario Premier Reaffirms Promise To Cut Off Electricity To The UsOn Tuesday the United States imposed sweeping tariffs on its largest trade partners, sending world markets tumbling and instigating retaliatory countermeasures that are likely to impact the cost and availability of electricity for millions of Americans while jeopardizing state renewable energy targets. Effective March 4, 2025, the U.S. has imposed a 25% tariff on all imports from Mexico, a 10% tariff on Canadian energy and a 25% tariff on other imports, and an additional 10% tariff on all Chinese goods- tacked onto the 10% imposed precisely one month ago. More than one-third of all products brought into the United States are produced in Mexico, Canada, and China. Canada also generates roughly 90% of its imported electricity, primarily clean hydropower flowing into states like New York, Maine, and Vermont. The tariffs, paid by U.S. businesses to the U.S. government on purchases from affected countries, are the latest and largest levied in President Donald Trump’s ongoing trade war with neighbors he claims have been “ripping off” the United States. In an executive order, Trump professes Mexico and Canada have been allowing fentanyl and immigrants to pass freely into the U.S., and intends his tariffs to stay in place until both issues have been remedied to his satisfaction. Both countries dispute those assertions; Mexican President Ms. Claudia Sheinbaum’s government rejects Trump’s statements as “offensive, defamatory and without substance,” with Canadian Prime Minister Justin Trudeau echoing “there is no justification for these actions.” The tariffs threaten the stability of the Canadian economy, which relies heavily on exports, and have already prompted retaliation from the United States’ closest allies, which will only further harm people with bills to pay and grid operators with lights to keep on. “Today the United States launched a trade war against Canada, their closest partner and ally, their closest friend,” Trudeau said Tuesday at a press conference in the capital of Ottawa. “At the same time, they are talking about working positively with Russia, appeasing Vladimir Putin, a lying, murderous dictator. Make that make sense.” “You’re a smart guy,” Trudeau continued, addressing President Trump by his first name, Donald. “But this is a very dumb thing to do.” Heliene CEO Martin Pochtaruk says tariffs are already cutting into his bottom line and stifling job creation. Check out: Penalized for creating jobs? North American manufacturer frustrated by solar import policy Tuesday morning, Canada swiftly responded to Trump’s actions with a 25% tariff against $155 billion of American goods, roughly $30 billion implemented immediately and the rest within three weeks. The exact goods have yet to be specified. “Our tariffs will remain in place until the U.S. trade action is withdrawn, and should U.S. tariffs not cease, we are in active and ongoing discussions with provinces and territories to pursue several non-tariff measures,” Canada’s Prime Minister said. “While we urge the U.S. administration to reconsider their tariffs, Canada remains firm in standing up for our economy, our jobs, our workers, and for a fair deal.” “Because of the tariffs imposed by the U.S., Americans will pay more for groceries, gas, and cars, and potentially lose thousands of jobs,” Trudeau continued, pointing out how tariffs will disrupt a successful trade agreement negotiated by President Trump during his last term. Canada’s Prime Minister went on to proclaim President Trump is purposefully trying to crash his country’s economy. “What he wants to see is a total collapse because that’ll make it easier to annex us,” Trudeau alleged. “That’s never going to happen. We will never be the 51st state.” Meanwhile, Ontario Premier Doug Ford has doubled down on his previous promise to pull the plug on his province’s energy exports to the United States in retaliation, which would drive up prices for millions of ratepayers in the northeast, a region that has adopted particularly ambitious net-zero legislation. “They rely on our energy, they need to feel the pain,” he told attendees of a mining convention in downtown Toronto on Monday. “They want to come at us hard? We’re going to come back twice as hard.” “We keep the lights on in 1.5 million homes and manufacturers in New York, Michigan, and Minnesota,” Ford pointed out in a subsequent media appearance. “If he wants to destroy our economy and our families, I will shut down the electricity going down to the U.S. and I’m telling you, we will do it. It’s unfortunate. I would rather ship you more electricity, more energy.” The three states Ford rattled off are Ontario’s largest customers of exported electricity. Ontario has the third-most hydropower generation capacity of any province, totaling about 9 gigawatts (GW). Quebec (41 GW) has the most, followed by British Columbia (16 GW). Major players including British Columbia Hydro and Power Authority (BC Hydro), Hydro Quebec, and Ontario’s Hydro One have wholesale trading divisions and subsidiaries in charge of power exchanges with the United States. The United States and Canada share one of the world’s most integrated international electric grids, allowing the countries to pool resources in times of need. Every regional grid in the U.S. is connected to at least one Canadian province except for the Electric Reliability Council of Texas (ERCOT). The New York Independent System Operator (NYISO) is interconnected with two Canadian system operators, Ontario’s Independent Electricity System Operator (IESO) and Hydro-Québec (HQ), where it can import as much as 2,500 megawatts (MW) from IESO and another 2,100 MW from HQ. Although Canadian imports accounted for less than 1% of annual US electricity consumption last year, NYISO and ISO – New England (ISO-NE) bank on a lot coming from Canada. In 2024, 9% of electricity demand in New England was met through imports from Canada through NYISO. New York imported the most from Canada in 2024 at 7.7 TWh, according to data from the regulator. Via ISO-NE, Vermont imported 3.9 TWh and Maine imported 2.3 TWh in 2024. Late last week, ISO-NE and NYISO requested authorization from the Federal Energy Regulatory Commission (FERC) to collect import tariffs, although admitting they’re still uncertain if they would (or should) apply to electricity imports from Canada. ISO-NE has estimated Trump’s decision could jack up the region’s power costs by up to $165 million per year, and NYISO claims tariffs on Canadian electricity “would likely amount to tens of millions of dollars per year” for New Yorkers. “The NYISO and neighboring system operators have serious concerns that applying export tariffs to electricity may have serious adverse effects on reliability and wholesale electric markets,” NYISO stated on its website, emphasizing its FERC filing was made out of an “abundance of caution to ensure that if NYISO is determined to have an obligation under federal law to collect and remit tariffs on electricity imported from Canada it has the cost recovery and allocation mechanism in place to comply with that obligation.” “The NYISO’s principal and preferred proposal would require any entity that causes Canadian electricity to be imported to New York to bear the cost of the tariffs,” it added. DISTRIBUTECH® is the leading annual transmission and distribution event that addresses technologies used to move electricity from the power plant through the transmission and distribution systems to the meter and inside the home. Register now to secure your spot, and we’ll see you March 24-27, 2025 in Dallas, Texas! The United States spent about $3.2 billion importing 33.2 terawatt-hours (TWh) of electricity from Canada in 2023. The U.S. previously imported much more, topping out at 68 TWh in 2015, according to the Energy Information Administration (EIA). The decline can be attributed to drought conditions over the last few years, which have reduced hydropower generation and brought its cost closer to decreasing U.S. natural gas prices. As Grid Status points out on the former blue bird app, President Trump’s 10% tariff might be enough to completely topple the scales, destroying any remaining advantages of importing electricity from up north. Both NYISO and ISO-NE import millions of cheaper MWhs per year from Canada. With just 10% tariffs, this price advantage is nearly eliminated. Both NYISO and ISO-NE import millions of cheaper MWhs per year from Canada. With just 10% tariffs, this price advantage is nearly… pic.twitter.com/uraEkS8jPs China also punched back at President Trump’s tariff actions Tuesday. The country’s finance ministry announced 15% tariffs on imports of chicken, wheat, corn and cotton from the United States, plus 10% tariffs on imports of sorghum, soybeans, pork, beef, aquatic products, fruits, vegetables and dairy products. Ms. Sheinbaum says the Mexican government will take its time to consider countermeasures that will likely include retaliatory tariffs, planning to make an announcement by Sunday. President Trump has shown no signs of letting up on his trade war. A 25% worldwide tariff on imported aluminum and steel is set to go into effect March 12, and an as-of-yet-unspecified tariff on some agricultural products is expected in April. Since you made it this far, you may be wondering, dear reader, how any of these actions benefit the United States. David Kelly, chief global strategist and head of the global market insights strategy team for J.P. Morgan Asset Management, took a stab at it. “The trouble with tariffs, to be succinct, is that they raise prices, slow economic growth, cut profits, increase unemployment, worsen inequality, diminish productivity, and increase global tensions. Other than that, they’re fine.”
powerplant
Mar 04, 2025
Texas Electric Co-Op Teams Up With Tesla For Utility-Scale Virtual Power Plant
RENEWABLE ENERGY WORLD NEWS
Texas Electric Co-Op Teams Up With Tesla For Utility-Scale Virtual Power PlantGuadalupe Valley Electric Cooperative (GVEC) announced a partnership with Tesla, making the cooperative the first in Texas to participate with Tesla as a utility-scale virtual power plant resource in the Electric Reliability Council of Texas (ERCOT) Aggregated Distributed Energy Resource (ADER) pilot program. Through the ADER program, the integration of distributed energy resources (DERs), such as battery storage systems and other controllable devices, is being explored as dispatchable generation into the Texas wholesale energy market to improve year-round grid stability and reliability. Recent updates show the ADER program has registered approximately 17 MW in generation from companies like Tesla with their residential battery customers. GVEC is a cooperative that delivers electricity, internet, AC/Heating, solar and battery, and electrician services. The cooperative currently serves over 130,000 customers covering a 3,200 square mile span of South-Central Texas. With “growing consumer interest” in alternative energy sources, GVEC expanded its offerings to become a certified installer of Tesla battery systems in 2019. “Consumer generated energy is quickly becoming an important resource for the Texas wholesale electricity market,” said GVEC board president Gary Birdwell. “Cooperation between GVEC and Tesla, two prominent market participants, uniting to utilize their strengths for the common goal of building stability and resiliency of the grid is a strategic move. Creative solutions such as this will make a real difference in meeting the constantly rising demand and maintaining affordability for all Texas utility customers.” GVEC members are incentivized to join the program through rebates provided upfront upon registration in its Peak-Time Payback (PTP) program, then an ongoing annual rebate each year of participation. Through PTP, during times of high demand or as regularly scheduled throughout the year, GVEC, in conjunction with Tesla, can access up to 70% of the total capacity of each battery system to discharge back into the home reducing the home’s reliance on the grid, or send electricity directly to the grid once local demand is met. Discharge events will not take place during extreme weather conditions or outage situations, GVEC noted. “Tesla has been a major player in the ADER pilot program since its inception,” said GVEC general manager and CEO Darren Schauer. “They are a highly visible company with the capabilities and expertise to meet the robust participation requirements. As an additional benefit, GVEC has the ability to offer ancillary services directly onto the market. This means GVEC Powerwall members can now support the needs of the Texas grid while also creating a new revenue stream to reinforce the long-term financial strength of their member-owned cooperative.” In 2023, ERCOT began the first phase of the Aggregate Distributed Energy Resource (ADER) pilot project by launching two virtual power plants (VPP). To qualify for the pilot project, an ADER had to be able to produce at least 100 kW, and each individual device in the ADER had to be less than 1 MW. The average residential battery is about 5 kW. In February 2024, ERCOT launched the second phase of the pilot project. ERCOT said the overall pilot project will likely extend for at least another two years. Texas’ energy demand is anticipated to keep growing, and if generation and transmission buildout doesn’t keep up, the state could face a capacity shortfall that threatens system reliability. A recent study released by the Texans for Local Energy Freedom Coalition, The Value of Residential Solar in Texas, argues the state is not fully taking advantage of its rooftop solar potential, and changing course could mitigate some of the capacity shortfall. The report, commissioned by the Texas Solar Energy Society (TXSES), argues that the overall value of distributed solar in ERCOT will be about 27¢/kWh, with 15¢/kWh realized in the generation, transmission, and distribution system and 12¢/kWh realized through air pollutant and emission reduction benefits. However, with “rapid” additions of solar in Electric Reliability Council of Texas (ERCOT) territory in 2023, often co-located with storage, the shape of the daily electricity supply has noticeably changed, according to recent analysis from the U.S. Energy Information Administration (EIA).
powerplant
Mar 04, 2025
Eco Wave Power Makes Critical Infrastructure Enhancements At Portugal Project Site
RENEWABLE ENERGY WORLD NEWS
Eco Wave Power Makes Critical Infrastructure Enhancements At Portugal Project SiteEco Wave Power, an onshore wave energy technology company, announced the initiation of critical infrastructure enhancements at its pioneering wave energy project in Porto, Portugal, where the company is implementing its first 1MW project. The Porto project, Eco Wave Power’s first MW-scale wave energy venture in Portugal which is expected to be finalized during 2026, aims to harness ocean wave energy to generate sustainable electricity. Central to this initiative is the transformation of “The Gallery,” an existing breakwater tunnel, into a facility housing the company’s wave energy conversion equipment. Upon completion, The Gallery will also feature an underwater wave energy museum and education center, offering visitors an immersive look into the world of renewable energy. To prepare The Gallery for equipment installation and public engagement, Eco Wave Power is undertaking the following key activities:     Following the completion of the infrastructure enhancements, Eco Wave Power will advance to the next phase of the project, which includes the production and deployment of its proprietary wave energy technology. The project aims to support Portugal’s renewable energy strategy, which targets 85% renewable electricity generation by 2030, while also serving as a model for global expansion. To support the execution of the Portugal project, Eco Wave Power recently appointed Juan José Gómez as Power Station Manager. With experience in renewable energy operations, Gómez will oversee the day-to-day implementation and ensure alignment with the project’s technical and operational goals. In parallel, Eco Wave Power has engaged MOQ Engineering, a Portuguese engineering firm, to perform the final design and load calculations for the project. MOQ brings experience in structural and civil engineering solutions, employing technologies such as Building Information Modelling (BIM) and parametric design. “This milestone underscores our commitment to delivering a robust and scalable wave energy solution in Portugal,” said Inna Braverman, CEO of Eco Wave Power. “By addressing critical infrastructure requirements and working with top-tier engineering experts, like MOQ, we are looking forward to a smooth installation process and setting the foundation for successful energy generation from ocean waves.” Expanding globally, Eco Wave Power is preparing to install projects at the Port of Los Angeles, Taiwan, and Portugal, adding to its project pipeline totaling over 404.7 MW. Last month, Eco Wave Power announced that it signed a Memorandum of Understanding (MoU) with Bharat Petroleum Corporation Limited (BPCL) during India Energy Week 2025. The company said the agreement marks a “pivotal step” in introducing wave energy as a key component of India’s renewable energy strategy. The collaboration aligns with India’s Ministry of New and Renewable Energy’s (MNRE) recognition of ocean energy as a promising renewable resource, Eco Wave Power said, with an estimated 40,000 MW of untapped potential along the country’s coastline. BPCL, a government-owned Fortune 500 oil and gas giant with a market capitalization of approximately $12 billion, identified Eco Wave Power as a strategic partner following an evaluation of wave energy technologies.
powerplant
Mar 03, 2025
Duke Energy’S Jason Handley On Utility Policy Impacts, Grid Edge Investments, And More
RENEWABLE ENERGY WORLD NEWS
Duke Energy’S Jason Handley On Utility Policy Impacts, Grid Edge Investments, And MoreJason Handley is going to have a busy DTECH this year. It might be easier to list what he won’t be talking about. Handley, the general manager of the Distributed Energy Group at Duke Energy, will speak on policy impacts on the utility sector, grid edge investment strategies, community and grid resilience projects, resilience benefits from DER and storage projects, and more at DTECH (formerly known as DISTRIBUTECH) convening from March 24-27, 2025 in Dallas, Texas. Handley will speak in four sessions at DTECH, and is the chairperson for a fifth. This session will take place on March 25 from 2:00-2:50 PM. Every election presents potential changes in the federal and state energy landscape. In this session, panelists will dive into the dynamic world of energy and grid policy and regulation following the 2024 U.S. election. Speakers in the session will explore the possible shifts to shape the energy landscape at both federal and state levels. Hear how the election outcomes may impact grid policies and regulations through the lens of utility grid stakeholders, and policy and regulatory leads. The industry is on a journey of strategic foresight as we navigate the intricate pathways of the evolving energy sector, share guidance, and weigh in on any new initiatives, executive orders, and agency updates, to steer through this grid modernization and digital transformative era. Handley will be joined by Ann Moore, Industry Principal – Power & Utilities – AVEVA; Kerrick Johnson, Commissioner – Vermont Public Service; Larry Gasteiger, Executive Director – WIRES; and Jeannie Salo, Chief Public Policy Officer, North America, Schneider Electric. This session will take place on March 26 from 4:00-4:50 PM. The mega trends of the energy transition are introducing macro disruptors to the electric grid, including increased load demands on its aging infrastructure in conjunction with new regulations that drive faster rates of DER adoption. Today, few utilities have the visibility and situational awareness they need to manage the grid edge. In this panel, stakeholders from several utilities — Xcel Energy, Duke Energy, and DTE Energy — will discuss how they are investing in and planning to implement new grid edge interoperability technologies to ensure reliability via distributed controls, while also coordinating with existing centralized systems and decentralized automation devices. Xcel Energy will talk about its Grid of the Future Strategy included in their recent Distributed System Planning (DSP) filing in Colorado.  For Duke Energy, Handley will present the company’s Carolinas resource plan that includes deploying 2.7 GW by 2031 of energy storage as flexible supply-side resources along with grid edge investments in integrated volt-var control, demand response, and energy efficiency capabilities.   DTE Energy will discuss its 4-point reliability plan that involves foundational investments in a new system operations center, a state-of-the-art grid management system, and over 10,000 smart grid automation devices to reduce power outages by 30% and cut outage durations in half by 2029. Handley will be joined by Zach Pollock, Director of Grid Strategy & Emerging Technology – Xcel Energy; Richard Mueller, Manager of Engineering Technology – DTE Energy; Hahn Tram, Principal – Energy IT-OT Consulting; and Stuart Laval, Director, DER Management Systems – EATON. This session will take place on March 27 from 9:00-9:50 AM. This session explores first-of-its-kind projects in North Carolina where utilities, community planners, and other key stakeholders are collaborating to develop community and grid resilience projects and frameworks designed to help prioritize investments aimed at enhancing reliability and advancing decarbonization efforts. The highlighted projects, known as the Resilient Renewable Energy to Diminish Disaster Impacts (REDDI) Communities initiative and Hot Springs Microgrid project, focus on making informed decisions regarding deployment of solar PV and energy storage projects for increased resilience.  Attendees will learn about the frameworks, challenges, and successes from these collaborative efforts, providing them with valuable insights and practical tools to implement similar strategies in their own regions and service territories. This session will include detailed case studies from the North Carolina REDDI Communities project and Duke Energy’s Hot Springs Microgrid project, showcasing the collaborative strategies and innovative solutions employed to develop resilience planning frameworks and prioritize investments. The session will also offer interactive discussions and practical tools to empower attendees to apply these strategies in their own communities. Handley will be joined by Vincent Potter, Senior Policy Analyst – North Carolina Clean Energy Tech Center; Jim Ketchledge, President – High Summit Partners; and Jared Leader, Senior Director, Research & Industry Strategy, Resilience – SEPA. This session will take place on March 27 from 10:00-10:25 AM. Grid resilience relates to the ability of electrical systems to anticipate, absorb, adapt to, and recover from all threats, including high-impact, low-probability (HILP) disruptions. Increasingly, utilities and regulators are seeking to include distributed energy resources (DERs) as part of the overall framework to enhance grid resilience. However, the evaluation and screening of potential projects based on the quantification of resilience benefits is a significant challenge.  While there is strong industry belief in the resilience benefits of DERs, there is no industry consensus on how to quantify and measure the value of these benefits. As a part of its work in support of NCUC REPS, Duke Energy initiated a study to develop and apply a framework for analyzing its portfolio of potential DER projects and quantifying the resilience benefits of each project to inform project prioritization and selection of capital investment.  This session will cover the project and the methodology developed to evaluate technical and community-based characteristics of desirable DER projects from a resilience standpoint and how Duke Energy is applying the framework in its planning and decision-making. The presentation will also discuss the application of survey-based and input-output-based techniques to quantify direct and indirect customer benefits associated with customer interruption costs. Handley will be joined by Dileep Rudran, Vice President of Products – Open Energy Solutions, Inc.; and Dorothy Moryc, Vice-President, Engineering & Stations – Enova Power Corp. This session, for which Handley is serving as a chairperson, will take place on March 26 from 9:00-9:50 AM. Developing effective wildfire mitigation strategies is a high priority for utilities across North America. From larger utilities to co-ops and municipals, key steps are being taken to avert wildfires which include equipment hardening, fire resiliency assessment, advanced protection and control, and undergrounding of the electric lines to fortify distribution systems.  In this panel, several key stakeholders are going to share their experiences in solving the complex challenges associated with wildfire mitigation.  BC Hydro, one of the largest serving utilities in Canada, is taking steps to mitigate wildfire risks through improving asset management, line maintenance, vegetation management, and improving system operations. NRECA Research has launched a wildfire mitigation project with a consortium of small, rural, not-for-profit electric co-ops in high fire-threat areas. They are building a Wildfire Assessment and Resilience for Networks (WARN) tool for co-op consortium members to harden their networks \and increase wildfire resilience. Finally, Southern California Edison (SCE) has developed new approaches through external collaborations to mitigate wildfire risks. New technologies such as Early Fault Detection (EFD) and Rapid Earth Fault Current Limiters (REFCL) can sense early when a fault happens, isolate faults in time, and reduce fault energy when the protection device fails to clear the faults. Handley will be joined by Paul Found, Distribution Specialist Engineer – BC Hydro; Souvik Chandra, Senior Specialist Engineer – Eaton Research Labs; Ravindra Singh, Senior Principal, Distribution Automation – National Rural Electric Cooperative Association; and Arianne Luy, Engineering Manager, Component Standards – SCE. Jason Handley, P.E. is the General Manager of the Distributed Energy Group at Duke Energy. He is a respected utility industry professional based in Charlotte, North Carolina. Jason has over 28 years of utility experience specializing in the smart grid, distributed intelligence, and operations management. Jason excels at understanding the increasingly complex utility environment, managing the new digital utility workforce, and delivering on the execution and financials of technology and renewable projects. In his current role, Jason leads a team that engineers, deploys, operates, and maintains regulated distribution distributed energy resources and microgrids. In his previous role, as Director of the Emerging Technology Office, he managed a team that identified and developed new technologies impacting the electrical grid and oversaw all ongoing operational aspects of new technology pilot projects. Attending DTECH this year? Don’t miss these other great sessions! This list will be updated as more sessions are previewed.
powerplant
Feb 28, 2025
Battery Energy Storage Is Poised For Growth. Let’S Not Miss The Opportunity
RENEWABLE ENERGY WORLD NEWS
Battery Energy Storage Is Poised For Growth. Let’S Not Miss The OpportunityContributed by Brian Hayes, CEO of Key Capture Energy The progress of the battery energy storage industry feels familiar to those of us who witnessed the rise of the wind sector and other developing technologies during the first decade of the 2000s. The challenges, breakthroughs, and even some of the missteps are strikingly similar. Those of us in leadership roles should embrace some key lessons so the industry can fully realize this exponential growth opportunity and ensure battery energy storage will enable a reliable electrical grid in markets across the country.   Communities can and often do make or break a project. For developers, the difference between a successful launch and endless delays often hinges on early and proactive communication with local stakeholders. Unlike wind projects, which often involve multiple landowners, battery energy storage facilities usually center on a single parcel of land. While this might limit the number of initial community advocates, it underscores the importance of early and consistent community education and engagement.  Helping communities understand how batteries stabilize and support the grid can bridge education and misinformation gaps. Batteries have already proven their value in red and blue states like California, where they’ve helped meet surging demand, and Texas, where they’ve kept the lights on during critical times—all while saving consumers money.  Safety concerns, especially around fire risks, are an important part of the conversation. Developers should be meeting with local authorities and fire officials early and often. Those who address safety concerns head-on, sharing details about the rigorous testing and built-in safety features of today’s technology, can build trust and confidence within a community. It’s about showing—not just telling—that safety is a top priority.  Developing technologies don’t become efficient and reliable overnight. Early wind technologies faced hurdles including underperformance and reliability issues. What made the difference was collaboration as deployment increased at scale. Developers and operators worked closely with original equipment manufacturers (OEMs), driving innovation that benefited the entire industry.  Battery energy storage has undergone its own transformation with the shift from older nickel and cobalt technologies to lithium iron phosphate (LFP) systems, but more importantly, rapid deployment over the past four years. Now that several companies are operating at scale, the industry must maintain an honest and open dialogue with our OEM partners to share challenges and push for better solutions. When the entire industry moves forward together, everyone benefits—from individual companies to end-users relying on a stable grid.  Prior to the mid-2000s, the wind industry had been in an ongoing boom or bust cycle tied to the federal Production Tax Credit (PTC). A commercial inflection point occurred in 2005 when the industry won the trust of the capital markets and rapidly expanded across the country. As technology matured and utilities rapidly embraced it, demand soared, costs dropped, and institutional investors took notice. The result? Lower financing costs and significant growth.  The battery energy storage industry is poised for a similar breakthrough. Record-setting deployments, increasing numbers of offtake contracts, and growing project queues are all positive signs. To keep the momentum, the industry needs to prioritize contracts that can attract long-term institutional investors. As more capital flows into the industry, financing costs will drop, creating a virtuous cycle of growth and investment.  By engaging communities with honesty and transparency, driving technological advancements through collaboration, and building trust with investors, the industry can achieve scalable and sustainable growth. The path forward isn’t without challenges, but the industry has a unique opportunity to learn from the past and chart an even more favorable future. The stakes are high, and we must ensure a stable and reliable electrical grid for future generations.   Brian Hayes is the CEO of Key Capture Energy, joining the company in January of 2024. Prior to KCE, Brian held the position of Executive Vice President of Asset Operations and Transmission at EDP Renewables where he oversaw a team of 500 and over 70 operating assets totaling more than 9,000MW. Brian was instrumental in turning EDPR into a leading developer, owner and operator in the renewables space during his 18-year tenure.  Brian has been active with various organizations and entities including Black Girls Do Engineer, a member of Texas A&M’s Industrial Engineering Advisory Council, and American Wind Energy Association now American Clean Power Association (ACP).  Brian holds an MBA from Duke University and B.S. in industrial engineering from Texas A&M. Prior to entering the renewables space, Brian spent 6 years as a management consultant focused on the energy industry at a top-tier firm.
powerplant
Feb 28, 2025
Epa Says It Has Unfrozen Billions In Funds For Climate-Related Projects
RENEWABLE ENERGY WORLD NEWS
Epa Says It Has Unfrozen Billions In Funds For Climate-Related ProjectsBy Mario Alejandro Ariza/Floodlight, Terry L. Jones/Floodlight This story was originally published by Floodlight. The U.S. Environmental Protection Agency has unfrozen all grant funding from the Inflation Reduction Act and the Infrastructure and Investment and Jobs Act, a spokesperson for the organization confirmed in an email to Floodlight late Wednesday afternoon. “EPA worked expeditiously to enable payment accounts for IIJA and IRA grant recipients, so funding is now accessible to all recipients,” the spokesperson wrote in an email. The announcement appears to release almost $100 billion allocated by Congress under the Biden administration to fight climate change by reducing greenhouse emissions through a large-scale transformation of the U.S. energy system. A spokesperson for a Nevada nonprofit confirmed it has been able to begin accessing the $156 million it was set to receive under the EPA’s Solar for All program. The $7 billion program provides funding to states and nonprofit groups to offer solar power to households in low-income and disadvantaged communities through grants and loans. The aim is to help ease annual utility costs and meet climate goals. “As of Thursday we’ve been able to draw down our funds,” said Kirsten Stasio, chief executive officer for Nevada Clean Energy Fund. “It’s unclear if a freeze will be reinstated in the future, but this is a positive sign.” The funds were frozen almost immediately after Jan. 20, the day Donald Trump took office for his second term as president and issued a series of executive orders seeking to halt climate-related funding and declaring an “energy emergency” aimed at boosting fossil fuel production. The executive orders were quickly followed by a Jan. 29 memo from the Office of Management and Budget (OMB) freezing trillions of dollars in federal financial assistance as part of a government-wide “review” of spending. At least two federal judges, one in Rhode Island and another in Washington, D.C., issued temporary restraining orders barring the Trump administration from freezing the funds. The OMB memo was rescinded on Feb. 3. In the wake of the rulings and the memo’s withdrawal, some funds started to flow again, but billions of dollars tied to the two signature pieces of legislation of the Biden era remained on ice. On Feb 10, U.S. District Judge John J. McConnell Jr. of Rhode Island found that the administration had continued to freeze funds despite his temporary restraining order. That seems to have changed — at least at the EPA. The change in policy comes a day after U.S. District Judge Loren AliKhan in Washington, D.C., issued a preliminary injunction against the Trump administration, barring it from continuing its funding freeze in any form. “To be sure, the government is normally entitled to a presumption of good faith on voluntary cessation,” AliKhan wrote in her order. “But the court will not confer that presumption when the government says one thing while expressly doing another. And it will not reward parties who change appearances without changing conduct.” Sidney Hill, spokesperson for the New Mexico Energy, Minerals and Natural Resources Department, confirmed the state now has access to the $156 million grant it received under the Solar for All program. Hill explained the state hasn’t done enough work to begin applying for reimbursement payments through the program. But like other recipients, it had been locked out from doing so when the freeze began, he said. “We can actually access the payment system now, but we haven’t applied for any reimbursements yet,” Hill said. ”But the system is back open to us to do so.” Floodlight is a nonprofit newsroom that investigates the powerful interests stalling climate action.
powerplant
Feb 27, 2025