Chamber of Deputies approves Energy Transition Acceleration Program to encourage sustainable development of renewable fuels

A new report by InfluenceMap shows how the oil & gas and utilities industries are leveraging a common fossil fuel playbook to prolong the use of fossil gas in buildings globally.

Power grids with high penetration of weather-dependent renewable energy sources (WD-RESs) tend to have reduced blackout intensities and weather vulnerability. WD-RESs such as wind and solar are not re...

In a groundbreaking achievement, Nostromo Energy's IceBrick system has successfully integrated thermal energy storage into California's wholesale energy market through Olivine's ClimateResponse platform, marking the first time such technology has been directly connected to the CAISO grid. The innovative cooling "battery" uses stored ice energy to alleviate stress on the grid and reduce reliance on expensive peaker power plants during peak demand periods, while also providing cost savings for participating buildings, including luxury hotels like the Beverly Hilton. This milestone paves the way for broader commercial deployment of this technology, which aligns with California's goal of achieving 7 GW of load shifting by 2030.

As electricity costs continue to rise across the Mountain State and beyond, lawmakers are exploring potential solutions in response. Recent data from the U.S. Energy Information Administration shows significant rate increases in several states, including a 27.71% increase in West Virginia, prompting discussions about revitalizing the coal mining industry and implementing policies that could lower electricity rates, such as mandating minimum capacity levels for coal-fired power plants.

The Brant County Council has requested additional data on a proposed Battery Energy Storage System (BESS) project, which aims to bolster Ontario's power grid flexibility and reliability by storing 250 megawatts of energy at a site near Burford and Scotland. The facility would provide crucial stability to the grid as the province integrates more renewable energy sources, but concerns over environmental impact, noise pollution, and visual effects on the landscape have sparked community debate. As the project moves forward, councilors are seeking comprehensive assessments to ensure alignment with community values and a thorough understanding of its economic benefits before making a final decision.

The latest State of the Market Report for PJM's wholesale electricity market reveals a complex picture, marked by rising generator revenues but significant concerns over market efficiency and cost distribution. The report highlights areas needing immediate attention, including the substantial increase in energy uplift charges, congestion revenue, and a design flaw in the Financial Transmission Rights (FTR) market that has resulted in nearly $5 billion of cumulative shortfall since 2011/2012.

The energy landscape of Texas is undergoing a significant transformation as the state's electricity demand continues to surge at an unprecedented rate, outpacing even China's growth. As of July 31, 2025, the ERCOT grid has seen a remarkable 6.5% increase in consumption compared to the previous year, with July 2025 alone witnessing a staggering 7.4% rise in power usage. The rapid expansion of energy needs is largely being met by renewable sources such as solar and wind power, which have collectively contributed significant increases in generation capacity, while battery storage is also playing a key role in meeting demand.

"Powering What's Possible," a podcast and video series hosted by Doug Lewin and Nathan Peavey, offers a comprehensive look at the evolving energy landscape through insightful discussions with industry experts. Recent episodes delve into emerging technologies like modular nuclear reactors and AI's growing energy needs, as well as pressing issues like solar manufacturing in the US, providing listeners with a diverse array of perspectives on modern energy systems and their complexities.

A recent analysis of a US Department of Energy report examines the potential risks to the nation's electric grid, specifically in regions such as Texas and the Midwest, where planned closures of natural gas and coal-fired power plants could lead to increased power outages if proceeding as scheduled, highlighting the need for energy policy changes and potentially slowing the transition to renewable energy sources.

Recent weeks of intense heat and humidity across the Tri-State Area have significantly increased electricity consumption, with many homes relying heavily on air conditioning. This surge in household energy use, coupled with the demands of industrial consumers in Ohio, has prompted PJM Interconnection to express concerns about the strain on the electrical grid. PJM officials project a potential energy shortfall if current usage trends continue. David Souder, executive director of PJM operations, recently stated that another heat wave could exacerbate reserve shortfalls, necessitating a proactive response. This response involves “demand response” programs, which incentivize residential and commercial customers to temporarily reduce their electricity usage in exchange for compensation, helping to maintain grid stability. To ensure a reliable power supply, PJM is also recommending a pause in the planned retirement of older power plants, a crucial measure given the region’s heightened need for electricity. PJM, the largest power grid operator in the US serving over 65 million customers, manages electricity distribution from Chicago to New Jersey, encompassing Ohio, West Virginia, and Pennsylvania. A comprehensive strategy is now essential, integrating renewable energy sources that have previously faced political obstacles. Options like wind, solar, and nuclear power can alleviate the burden on traditional power plants reliant on oil, natural gas, and coal. For Ohio to attract and retain major employers like Intel while protecting resident wellbeing, a fundamental shift in electricity planning is necessary. PJM continues to track electricity demand, and a broader effort to expand and diversify Ohio’s energy sources is vital to keep residents comfortable and support economic growth.

Hull Street Energy, an investment firm specializing in energy infrastructure and headquartered in Bethesda, has finalized an agreement to purchase power generation facilities near Joliet, Illinois. These assets, previously owned by Elwood Energy LLC, a subsidiary of J-Power USA, are being added to Hull Street Energy's existing Milepost Power portfolio, boosting the company’s total generation capacity to roughly 3,500 megawatts. The acquired facilities consist of simple-cycle generation units capable of operating on natural gas and dual-fuel configurations. This design enables a quick response to changing market needs and contributes to regional electricity reliability. The addition of the Joliet sites reinforces Hull Street Energy’s plan to build a collection of important thermal power plants in connected areas throughout the Midwest. Hull Street Energy received legal advice from TroutmanPepper for the transaction, with financial guidance provided by CIBC Capital Markets and Merit Capital Advisors. J-Power USA was represented by Baker McKenzie. The financial details of the acquisition have not been publicly released. This acquisition will bolster Hull Street Energy's presence within the Midcontinent Independent System Operator (MISO) electricity grid, a significant portion of the U.S. Midwest. The facilities will provide rapid-response power generation during periods of high demand, such as during extreme weather conditions. The company's approach emphasizes consistent power output, supplementing the variability inherent in renewable energy sources. The transaction underscores Hull Street Energy's commitment to building a portfolio of assets with minimal operational risk, focused on the dependable production of electricity from established thermal power plants.

Pennsylvania’s energy future presents multifaceted challenges, requiring a delicate balance between decarbonization, affordability, and grid reliability. A central theme emerging from recent discussions revolves around the critical need for a stronger, independent voice representing consumer interests within energy policy and regulatory frameworks. Current systems often fail to adequately consider the direct impact on residents. Concerns have been raised regarding the PJM Interconnection, a regional grid operator. Issues include shortcomings in transmission planning and the necessity for fairer compensation for distributed energy resources. Modernizing the system to embrace emerging technologies is paramount. The role of the Federal Energy Regulatory Commission (FERC) is acknowledged as vital, but increased accountability and responsiveness to regional concerns are essential. Deficiencies in PJM’s transmission planning have also been identified as a barrier to integrating renewable energy sources. Market design itself is under scrutiny, with potential biases favoring certain power generators at the expense of others. Integrating intermittent renewable energy sources like solar and wind poses inherent challenges, demanding investment in energy storage solutions and enhanced grid flexibility. Distributed Energy Resources (DERs), encompassing rooftop solar and microgrids, are gaining prominence and require fair integration into the grid – a point of contention with current PJM practices. Significant investment in grid flexibility and energy storage is deemed necessary for a sustainable energy system, alongside acknowledging rapid technological advancements necessitating an adaptable regulatory environment. The Regional Greenhouse Gas Initiative (RGGI) is viewed with potential, but its value is inextricably linked to how generated revenue is utilized. Pennsylvania’s own climate initiative, the PACER program, presents an alternative, notably proposing a 70% allocation of revenue directly back to consumers. Both speakers emphatically agree that failing to use carbon allowance revenues to offset consumer costs or fund energy efficiency programs effectively constitutes a tax increase – an unacceptable outcome. The ongoing Supreme Court case concerning RGGI's legality is significant, however, the ultimate deciding factor remains the application of revenue. A primary objective is to transition Pennsylvania’s energy generation to cleaner sources while safeguarding consumers from rising costs. Specific areas of focus include addressing the workforce transition within the fossil fuel industry, maintaining energy affordability for all residents, and promoting greater transparency and accountability within the energy sector. Policymaking and regulations must prioritize the needs and impacts on Pennsylvania's residents.

The Federal Energy Regulatory Commission's (FERC) latest Summer Assessment for 2025 projects sufficient power generation to meet anticipated electricity demand. Despite this overall positive outlook, the assessment highlights concerns about tight margins, indicating a reduced safety net for handling unforeseen circumstances or spikes in consumption. Electricity supply and demand are expected to be closely matched, leaving little room for error. Regional differences are a significant factor; some areas are projected to experience greater stress on the power grid than others. This unevenness underscores the need for localized preparedness and mitigation strategies. The rising demand for electricity, driven by population growth and changing consumption patterns, is putting increased pressure on the system. Simultaneously, the retirement of older power plants is steadily decreasing the available generation capacity, further shrinking the buffer between supply and demand. The potential for extreme weather events, such as intense heatwaves and prolonged droughts, presents a substantial threat to grid reliability. These events can dramatically increase electricity demand while simultaneously reducing power generation capabilities, creating a precarious situation. Furthermore, the volatility of natural gas prices, a major factor influencing electricity costs, poses a risk to affordability for consumers. Proposed budget cuts affecting electric vehicle and renewable energy initiatives are also a potential concern. However, the assessment isn’t entirely bleak. Increased hydropower output is expected to contribute to the overall power supply, and the continued expansion of renewable energy sources is playing a positive role in bolstering electricity generation. While the grid is anticipated to remain operational, its reduced flexibility necessitates careful monitoring and proactive measures to ensure a stable and reliable power supply throughout the 2025 summer.

Conversations on Electricity Affordability Rising electricity costs are impacting households across the nation, sparking crucial discussions about accessibility and equity. Canary Media is hosting a vital forum, the Resources and Conservation Center event, dedicated to exploring these challenges and identifying potential solutions. This gathering offers a unique opportunity to delve into the complexities of affordability, considering factors like fluctuating fuel prices, infrastructure investments, and the transition to renewable energy sources. The forum will feature a diverse group of experts, policymakers, and community representatives. Participants will engage in interactive sessions designed to foster collaboration and generate actionable strategies. Key topics will include innovative rate structures, energy efficiency programs, and targeted assistance for vulnerable populations. The goal is to move beyond simply acknowledging the problem and to work towards practical, sustainable solutions that ensure everyone has access to reliable and affordable electricity. Understanding the root causes of rising costs and developing equitable solutions requires open dialogue and a commitment to finding common ground. The Resources and Conservation Center event provides a platform for this essential conversation. Registration is now open, and we encourage anyone interested in contributing to a more just and accessible energy future to join us.

Sunday afternoon saw New England’s power grid experience an unprecedented drop in demand, reaching a record low of 5,318 megawatts between 1 and 2 p.m. This figure, released by ISO New England, significantly surpasses the previous record set last April. The mild temperatures, with many areas reaching into the 60s, combined with the Easter holiday, contributed to this decrease. This decline in electricity usage is typical during the “shoulder” seasons of spring and fall when heating and cooling needs are reduced. ISO New England noted the continued trend of record lows, with a considerable difference from the previous year's low point. The all-time high for grid demand remains 28,130 megawatts, recorded on August 2, 2006. The rising adoption of energy-efficient devices and residential solar installations is also playing a role in lessening the strain on the power grid. On Sunday, solar panels generated an estimated 6,600 megawatts, exceeding the system’s total demand at that time. As solar production ceased with sunset, power demand more than doubled to approximately 11,800 megawatts. ISO New England assures that these fluctuations are manageable due to advanced grid modeling and forecasting capabilities. Recently, renewable energy sources – including nuclear, hydroelectric, and others – briefly surpassed natural gas as the primary power source, accounting for over two-thirds of the region's electricity generation. Despite these gains in reducing demand, projections indicate that electricity use in New England will increase by over 17% by 2033. This growth is attributed to the increasing electrification of transportation and home heating, as well as the expansion of data centers and artificial intelligence. Peak demand in both summer and winter months is also anticipated to rise over the coming decade.

Maryland electricity consumers are facing the prospect of higher bills due to ongoing difficulties within the PJM Interconnection, the regional power grid serving the Mid-Atlantic and Midwest. A recent report has brought attention to these challenges and the potential impact on Maryland residents, suggesting possible annual increases of up to $500. While the specific causes of the PJM grid issues aren’t detailed, they appear to involve limitations in infrastructure and a struggle to meet growing demand. The PJM Interconnection plays a vital role in ensuring a stable electricity supply across a vast area, and its ability to manage rising consumption, incorporate renewable energy, and prevent grid congestion is paramount. The current situation underscores a pressing need for modernization of the grid, which could include investments in new transmission lines, upgrades to existing equipment, and the adoption of innovative smart grid technologies. Integrating renewable energy sources like solar and wind power presents unique hurdles. The intermittent nature of these sources necessitates sophisticated grid management techniques. Contributing organizations like Advanced Energy United and utilities like Baltimore Gas and Electric (BGE) are likely involved in seeking solutions. Representatives from PJM, like Susan Buehler, acknowledge these challenges, while organizations like Synapse Energy Economics have raised concerns through their reports. Addressing these grid limitations will likely require policy changes, potentially including incentives for grid upgrades, regulations promoting renewable energy, and strategies to secure adequate power generation capacity. It's crucial to consider the impact on all consumers, particularly those with lower incomes, as rising electricity costs can create a significant financial burden. Ultimately, the need for a dependable and updated electricity grid, capable of handling future demand and accommodating renewable energy, is now more critical than ever.

West Virginia legislature introduces 'Reliable and Affordable Electricity Act' to tackle electricity reliability and affordability concerns. The proposed legislation, backed by Governor Patrick Morrisey, aims to enhance local energy production, prioritize in-state energy sources, and incentivize the development of new renewable energy sources. According to the bill's proponents, this approach will promote self-sufficiency and reduce reliance on external power sources. However, not everyone is convinced that the bill is a step in the right direction. Consumer advocacy groups and some lawmakers have expressed concerns that it may increase energy costs for consumers and fail to effectively address the state's electricity reliability issues. Some critics argue that the bill does little to address affordability and would likely result in higher energy prices for West Virginia residents. Emmett Pepper, policy director of Energy Efficient West Virginia, stated that the Legislature needs to take a more comprehensive approach to reducing electric bills and empowering consumers to take control of their energy bills. Others have expressed concerns about the potential impact on investment in new energy sources and the diversity of West Virginia's energy mix. Despite these criticisms, Governor Morrisey believes that the bill is an essential step towards addressing the state's energy challenges. The 'Reliable and Affordable Electricity Act' presents a complex solution to a pressing issue, with both supporters and detractors presenting valid arguments. As the debate continues, it remains to be seen whether this legislation will successfully address West Virginia's electricity reliability and affordability concerns.

Wholesale Power Prices Surge in New England A recent spike in wholesale power prices has left many wondering what's behind this drastic increase in rates. In February, prices in New England saw a staggering rise of 300%. This sudden jump is sending shockwaves throughout the region, leaving consumers and businesses alike to grapple with the implications. For those familiar with the world of energy trading, this spike may not come as a surprise. Historically, wholesale power prices have been known to fluctuate wildly in response to changes in demand, supply, and weather patterns. However, even by these standards, February's surge is noteworthy. Several factors are likely contributing to this spike. One key driver is the seasonality of energy demand. As winter gives way to spring, consumers tend to reduce their heating usage, leading to a surplus of available electricity. This surplus can cause prices to drop as generators and retailers vie for market share. However, when temperatures rise unexpectedly or remain unseasonably cold, this balance can be disrupted, sending prices soaring. Another factor at play may be the ongoing shift towards renewable energy sources. As more and more power is generated from wind and solar, the variable output of these sources can make it challenging to predict electricity demand with certainty. This unpredictability can lead to price volatility, particularly during periods when supply and demand are out of balance. The impact of this price surge will be felt across New England, with consumers and businesses alike facing increased costs for their energy bills. As the region continues to transition towards cleaner, more sustainable energy sources, it's essential that policymakers and industry leaders work together to find solutions to these challenges.

LS Power, a prominent independent energy company, has made significant strides in its pursuit to construct a cutting-edge generation facility within the United States. The primary objective of this undertaking is to establish a reliable and efficient source of power while maintaining a profound commitment to environmental responsibility. A closer examination of the project reveals several pivotal aspects: * A crucial location for the new generation facility has been identified in [State], with further specifics regarding the site remaining undisclosed. * The anticipated capacity of the facility stands at 700 MW, which will undoubtedly play a vital role in addressing the escalating demand for electricity within the region. * LS Power has chosen to deploy [Type of Technology] as the primary means of generating power, an approach that is expected to yield clean and efficient results. This ambitious project constitutes a substantial investment in the energy sector, with far-reaching implications for job creation and local economic growth.

New Reliability Initiatives Offer Hope for PJM's Future PJM, the organization responsible for managing the flow of electricity across its service territory, has recently taken steps to address growing concerns about reliability in the face of surging demand. One such initiative is the Reliability Resource Initiative (RRI), a program aimed at attracting new resources to the grid and providing a safety net against capacity shortages. By allowing new generation sources to connect to the system with minimal restrictions, PJM hopes to tap into existing capabilities and interconnections that don't require major upgrades. This approach will enable the organization to better utilize its network infrastructure and reduce the risk of blackouts. PJM's concerns about reliability have been mounting in recent years, with some predictions suggesting a capacity shortage as early as the 2026/2027 delivery year. To mitigate this risk, the company has implemented several initiatives, including the RRI process and Surplus Interconnection Service (SIS) reforms. The SIS reform is particularly significant, as it allows new generators to tap into existing interconnections without triggering unnecessary upgrades. This change will enable PJM to make better use of its infrastructure and reduce the financial burden associated with network expansions. While there are no guarantees that these initiatives will completely eliminate the risk of reliability issues, they offer a promising start in addressing the challenges facing PJM. As Chris O'Hara, senior vice president and general counsel at PJM, noted, "We now hope to see suppliers take advantage of this unique opportunity." The RRI process itself is designed to be flexible and accommodating, with no cap on applications and a minimum requirement of 10 MW of unforced capacity (UCAP). If a project is not selected, the associated deposits are fully refundable. This approach aims to encourage participation from all types of resources, while minimizing risks and ensuring that projects are thoroughly vetted. The implementation of these initiatives marks an important turning point in PJM's efforts to enhance reliability. By working together with generators, transmission operators, and other stakeholders, PJM hopes to build a more resilient system that can better meet the needs of its customers.