With electricity demand now climbing, the challenge lies in ensuring that clean energy sources can continue to grow fast enough to meet future needs without increasing reliance...

A Recent Report Highlights Growing Risks to U.S. Grid Reliability Due to Renewable Energy Dependence A new analysis from the North American Electric Reliability Corporation (NERC), coupled with research from Always On Energy Research, indicates a concerning trend: the increasing reliance on renewable energy sources like solar and wind power is jeopardizing the stability of the U.S. power grid. The rapid transition to renewables, when combined with other contributing factors, elevates the risk of blackouts and rolling outages across several regions within the next few years. Regional Vulnerabilities Emerge The NERC report identifies varying levels of risk depending on the region. While the Midwest/South region (MISO) anticipates sufficient power under normal conditions, preparations are underway for high-outage, high-demand scenarios, necessitating collaboration between MISO, its members, and state authorities. ERCOT, which serves Texas and heavily utilizes solar and wind energy, faces particularly acute risks during evening hours when solar generation diminishes while electricity demand remains high. Further complicating matters is the growth in both electricity demand and the intermittent nature of renewable resources, potentially triggering emergency conditions. Similarly, the Southwest Power Pool (SPP) is vulnerable to wide-area heat events that drive up demand and increase the likelihood of generator failures, leaving operators short on flexible resources to manage wind variability. New England (NPCC) is experiencing a decline in reserve capacity and may be forced to depend on neighboring power grids during peak summer stress. Underlying Challenges and Contributing Factors Several factors are amplifying these vulnerabilities. The inherent intermittency of solar and wind power – their dependence on weather patterns – poses a significant challenge to grid management, as the system was originally designed for consistent power sources. Stringent environmental regulations are reportedly hindering the expansion of traditional energy production, making it harder to balance the grid. Escalating electricity demand further strains the system’s capacity. Government Response and Perspectives The Trump administration has reportedly taken notice of these issues, though specifics remain undefined. The prevailing sentiment suggests that the push toward renewable energy has contributed to the grid’s instability. MISO has formally acknowledged these concerns, stating its commitment to preparing for potential high-outage and high-load scenarios. Key Concerns and Potential Consequences The most pressing concern is the increased likelihood of power interruptions, potentially disrupting economic activity and impacting critical services. This situation could lead to policy adjustments, potentially shifting focus toward traditional energy sources and grid stabilization. Increased infrastructure investments, particularly in grid modernization and energy storage solutions, are also probable. Renewable energy mandates at both the state and federal levels may face renewed scrutiny. Regional differences in impact are expected, with some areas proving more vulnerable than others.

U.S. electricity demand was largely flat for decades. Now the outlook has shifted as data centers and other large users seek more power from a grid that plans y

The US power grid is shifting towards renewable energy sources, with solar and wind power expected to account for 88% of new additions by 2025, marking a significant divergence from discussions about nuclear and gas investments. Meanwhile, American Electric Power (AEP) utilities are facing scrutiny over allegations of attempting to offload capacity in an upcoming auction, while Duke Energy is under investigation for allegedly offering incentives to stifle competition from independent power producers. As the grid continues to evolve, issues surrounding reliability, safety, and market competition are coming to the forefront, with FERC playing a key role in regulating and approving new infrastructure projects.

A critical situation has unfolded in the US power grid, with the PJM Interconnection LLC declaring a "load shed directive" for the Baltimore region due to a substation malfunction. The incident, which resulted in the forced offline of a substantial coal-fired power plant, is causing significant strain on the regional energy system, prompting Baltimore Gas & Electric to request that customers actively conserve energy throughout Monday and Tuesday afternoons and evenings.

TotalEnergies Expands U.S. Presence with PJM Interconnection Membership and Significant Investment TotalEnergies (TTE) has solidified its position in the North American energy landscape by joining PJM Interconnection, the largest wholesale electricity market in the region. This announcement, made on July 9, 2025, marks a key step for the company, allowing it to engage in both the physical and financial trading of electricity within PJM's expansive market, which serves 13 states and provides power to approximately 65 million customers. The move aligns with TotalEnergies' broader strategy of significant investment in the United States. Over the past three years, the company has committed $11 billion to projects spanning oil, liquefied natural gas (LNG), and, crucially, low-carbon electricity generation. This commitment is already translating into tangible results, with 10 gigawatts (GW) of onshore utility-scale solar, wind, and battery storage capacity either already operational or currently under construction within the U.S. TotalEnergies has also emerged as a dominant force in U.S. LNG exports, shipping out 10 million tons in 2024. This leadership position underscores the company’s vital role in the global energy market. Financial stability is also a factor, as demonstrated by S&P Global Ratings' assignment of an 'A+' issuer credit rating with a stable outlook for TotalEnergies Holdings USA, as of March 2025. For more information, visit [https://www.prnewswire.com/news-releases/totalenergies-joins-pjm-interconnection-the-largest-power-grid-in-the-united-states-302501420.html](https://www.prnewswire.com/news-releases/totalenergies-joins-pjm-interconnection-the-largest-power-grid-in-the-united-states-302501420.html) and connect with TotalEnergies on X (Twitter), LinkedIn, Facebook, and Instagram.

A looming crisis threatens the U.S. power grid, according to a recent report from Goldman Sachs. The report highlights a concerning trend: a rapid increase in electricity demand outpacing the construction of reliable power sources, leading to a significant decrease in reserve capacity. Experts anticipate the nation will soon fall below the recommended 20% reserve margin, increasing the likelihood of summer blackouts and substantial electricity price hikes. Goldman Sachs analysts project a continued surge in electricity demand, averaging a 2.5% annual growth rate through 2030. Simultaneously, the build-out of controllable energy sources like natural gas and coal-fired plants has lagged considerably. While renewable energy sources like wind and solar are expanding, their dependence on weather conditions limits their ability to provide consistent power during peak demand. The report forecasts a national effective backup capacity falling to a worrying 14% by 2027, a level that sharply elevates the risk to grid reliability. Specifically, the PJM grid (Mid-Atlantic) is predicted to face an emergency situation, with reserve capacity plummeting from 15% in 2024 to just 6% by 2027. The MISO grid (Midwest) will reach a critical point in 2026 due to growing demand and insufficient generation increases. Even ERCOT in Texas, which has benefited from renewable energy, is expected to enter a precarious situation by 2028 and currently exhibits the highest risk of price spikes. The anticipated strain on the electricity market carries wide-ranging implications, including greater price volatility, redirection of investments towards energy storage and generation, and the need for consumers to proactively manage risk. The situation may also prompt a reconsideration of policies regarding coal phase-outs and the approval of natural gas infrastructure. Regulatory intervention, such as preventing further coal power plant closures and accelerating the permitting of natural gas projects, is suggested as a potential remedy. This warning echoes previous concerns, with PJM already alerting stakeholders to potential power supply gaps this summer.

The U.S. Department of Energy has issued an emergency order designed to bolster the power grid and avert potential blackouts across the Midwest as energy needs surge with the arrival of summer. Secretary of Energy Chris Wright’s directive focuses on maintaining a secure electricity supply for the region. The order mandates that the Midcontinent Independent System Operator (MISO) coordinate closely with Consumers Energy to keep the J.H. Campbell coal-fired power plant in West Olive operational. This plant, with a substantial generating capacity of 1,560 megawatts, was slated for premature decommissioning at the end of May, well before its expected lifespan. “This emergency action is vital to guarantee Michiganders and the broader Midwest maintain essential power generation capacity during a period of high electricity demand,” Secretary Wright explained. He reiterated the administration’s dedication to accessible and dependable energy for American families, particularly given current energy policies that could impact electricity stability and costs. The action, issued by the Office of Cybersecurity, Energy Security, and Emergency Response (CESER), is legally supported by Section 202(c) of the Federal Power Act and aligns with President Trump's declaration of a National Energy Emergency. The overarching goal is to preserve power generation availability within the region, preventing capacity from falling below expected 2024 levels. The North American Electric Reliability Corporation (NERC) has identified a potential risk of diminished operational reserves within the MISO region as demand peaks. This heightened risk stems from a combination of factors, including the scheduled phasing out of traditional power plants and anticipated limitations in energy supply later in the summer, exacerbated by earlier declines in solar energy production. The focus now is on proactively safeguarding the region’s energy infrastructure to meet the anticipated demands and avoid disruptions.

A new study by Enverus, a leading energy data and analytics firm, reveals significant delays in connecting renewable energy projects to the U.S. power grid. Developers of wind, solar, and battery storage facilities are now facing interconnection queue times ranging from 4 to 9 years. These delays are largely due to a surge in development outpacing the processing capacity of grid operators. Ryan Luther, research director at Enverus Intelligence Research, noted that record numbers of projects seeking grid connections have overwhelmed existing systems, leading to postponements and cancellations. The study found that regional grids in New England (ISO-NE) and SPP experience particularly high rates of project suspensions, ranging from 46% to 79%, compared to roughly 20% in ERCOT, CAISO, and MISO. This suggests that project success remains uncertain until construction begins. Worryingly, Enverus estimates that approximately 90% of proposed projects stall within the interconnection queue, with only about 10% expected to become operational within the next three years. These protracted delays substantially increase capital costs and contribute to a high cancellation rate. Silvia Alborghetti, director of Business Development at zhero, underscores the challenges posed by congestion, aging infrastructure, and interconnection bottlenecks. She emphasizes the resource-intensive nature of gathering essential data for project siting. The findings highlight potential drawbacks of the Inflation Reduction Act's incentives and subsidies, and underscore the urgent need to streamline permitting processes for all energy sources, navigating the complex interplay of federal, regional, and state regulations. The extended interconnection wait times translate to wasted taxpayer money, and represent an inefficient way to manage the nation's power grid.

Navigating the U.S. power grid's interconnection queues has become a major hurdle for renewable energy projects. A surge in development, spurred by incentives like the Inflation Reduction Act and evolving environmental regulations, has created a significant backlog, overwhelming grid operators and leading to delays and project cancellations. This bottleneck directly impacts the feasibility of energy initiatives, influences investment strategies, and slows the overall transition to renewable sources. Enverus, a provider of energy data and analytics, is addressing this challenge with a new outlook report and proprietary machine learning technology. Analysis from Enverus reveals a concerning reality: roughly 90% of renewable energy projects fail to advance beyond the initial interconnection queue. The situation varies considerably by region, with interconnection agreements in New York ISO (NYISO), Southwest Power Pool (SPP), Pennsylvania-New Jersey-Maryland (PJM), and ISO New England (ISO-NE) experiencing notably high suspension rates. While ERCOT, CAISO, and MISO demonstrate somewhat better prospects, the overall completion probabilities remain below desired levels. A crucial observation is that projects in regions with higher suspension rates don’t see a meaningful improvement in their chances of success until they reach the construction phase. Enverus offers a data-driven solution by assigning a probability of success to each queued project, leveraging in-depth analysis of interconnection queue trends and dynamics. Their platform provides regional comparisons, highlighting the distinct obstacles present within different Independent System Operators (ISOs). Beyond simple data, Enverus provides consulting services to assist in navigating the intricacies of the energy transition. As an energy data and analytics company, they offer access to a wealth of benchmark cost and revenue data from a substantial portion of U.S. energy producers, supporting a wide range of activities from renewable energy development to investment and energy sourcing. The release serves as a crucial reminder for developers, investors, and policymakers to confront the interconnection queue bottleneck and harness the power of data-driven insights for improved project outcomes.

PJM Interconnection, the US regional grid operator, has given the green light for several new power transmission projects to be added to its Regional Transmission Expansion Plan. These projects will be jointly developed by leading energy companies American Electric Power (AEP), Dominion Energy, and FirstEnergy Transmission across multiple eastern states in the US. The approved projects include the construction of approximately 260 miles of high-voltage transmission lines and two substations spanning across West Virginia and Maryland. Additionally, a 155-mile stretch of 765 kV transmission lines will be built between Campbell County and Fauquier County in Virginia, along with a new substation in Caroline County. The development of these projects will take place through the newly formed Valley Link Transmission Company joint venture, which brings together AEP, Dominion Energy, and FirstEnergy Transmission. This collaboration aims to enhance the regional transmission infrastructure, ensuring the reliable delivery of electricity to households and businesses across the eastern US. The total investment required for these new projects, along with adjustments to existing ones, is estimated to be around $6 billion. The revised Regional Transmission Expansion Plan highlights the importance of upgrading the nation's power grid to meet growing energy demands and promote economic growth in the region.

YouTube video by Political News Network