New England’s Grid Survives Historic Cold - Cozzy Energy Solutions New England’s power grid weathered the winter of 2025/2026, the coldest in nearly a decade, thanks to extensive preparation and collaborative efforts. A prolonged period of arctic air, spanning January 23 to February 10, resulted in temperatures averaging 15 degrees Fahrenheit, a significant 11 degrees below the typical seasonal temperature. Electricity demand surged during this

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New England’s Power Grid: Weathering the Cold - Cozzy Energy Solutions The New England power grid has proven robust during recent severe cold weather. Following forecasts predicting potential strain, power generators have been actively securing fuel resources, and the ISO anticipates further improvements in the coming weeks, contingent on successful fuel resupply. Over the past two weeks, the region’s power system has experienced conditions comparable to

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New England’s Power Crunch - Cozzy Energy Solutions New England Faces Growing Challenges in Meeting Future Power Demands The region’s electricity consumption rose for the second year in a row during 2025, intensifying concerns about the availability of power generation resources. ISO New England forecasts a continued requirement for additional power generation capacity, but multiple factors are hindering the creation of new resources.

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ISO New England Unveils $381 Million Fall 2025 Update for Regional Power Transmission Reliability Upgrades ISO New England has released its fall 2025 update, highlighting $381 million in planned reliability upgrades set to be completed by 2028. The update showcases ongoing investments in regional power transmission, with a total of 17 active projects currently underway, including four under construction, eleven planned, and two proposed across Massachusetts, Maine, Rhode Island, and Connecticut. These upgrades aim not only to enhance reliability but also to reduce congestion and support the integration of cleaner energy sources, ultimately contributing to lower wholesale electricity costs and promoting competition among generators in the region.

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New England's Power Grid at Risk Due to Delayed Wind Project The recent stop work order on the Revolution Wind project, a key contributor to New England's electricity supply slated to begin production in 2026, has highlighted the growing concerns about grid reliability and economic development in the region. With increasing electricity demand during heatwaves, maintaining reserve capacity is crucial, but delays in new energy projects like Revolution Wind pose long-term risks to both power grid stability and regional economic growth, particularly for industries such as data center development.

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New England Electricity Outlook Presents Summer Sufficientity, Winter Uncertainty New England is projected to have sufficient electricity this summer, but future winters could present challenges. Electricity use in the region, which has been decreasing for two decades, is now trending upwards. ISO New England, the entity responsible for managing the six-state power grid, has released forecasts highlighting this shift. Currently, the region possesses ample power generation capacity, including gas-fired, nuclear, hydroelectric, solar, and wind resources, to satisfy anticipated summer needs. The increasing prevalence of behind-the-meter solar installations, where electricity is generated locally and reduces demand on central power plants, is a contributing factor. Summer demand is expected to peak around 24,803 megawatts (MW) under typical weather conditions, with potential surges to 25,886 MW during heat waves. The region’s power plants are capable of generating 29,000 MW, exceeding previous records. However, a significant change is occurring: New England is transitioning from a "summer peaking" pattern to a "winter peaking" scenario. This shift means that the highest demand for electricity will increasingly occur during winter months. Winter peaking poses a greater challenge because solar power generation diminishes significantly, and a substantial portion of natural gas is diverted to residential heating, making it more difficult and costly to operate gas-fired power plants. ISO-NE emphasizes that unexpected events like power plant outages due to severe weather could still lead to disruptions, such as brownouts.

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