ISO-NE
ISO-NE Consumer Liaison GroupISO-NE Planning Advisory CommitteeNEPOOL Markets CommitteeNEPOOL Participants CommitteeNEPOOL Reliability CommitteeNEPOOL Transmission Committee
ISO New England Inc. is a regional transmission organization that oversees the operation of the electricity transmission system, coordinates wholesale electricity markets, and manages power system planning for the states of Connecticut, Rhode Island, Massachusetts, Vermont, New Hampshire, and most of Maine.
ISO-NE enters 2024 with several major projects underway and is grappling with the sweeping changes and long-term uncertainty brought by the clean energy transition.
ISO-NE outlined key components of tariff changes it plans to comply with Order 2023, including cluster timelines and storage study assumptions.
Increased electrification and reliance on solar and wind will make electricity supply and demand more weather-dependent, resulting in more variable winter peak loads.
ISO-NE kicked off work to determine an acceptable level of energy shortfall risk for New England, particularly during extreme weather events.
Hundreds of thousands of electric utility customers lost electric power Dec. 18 as wind and rain hit the Northeast.
ISO-NE should move to a prompt and seasonal capacity market to better accommodate the evolving mix of resources and reliability risks in the region, Analysis Group told stakeholders at the NEPOOL Markets Committee meeting.
Hoping for a mild winter is not a sustainable plan for reliability, FERC Chairman Willie Phillips said at a NEPOOL Participants Committee meeting.
A year after activists took over the ISO-NE Consumer Liaison Group Coordinating Committee, it focused on emissions and frontline communities.
New England policymakers and stakeholders must not overlook the need for electric affordability in the energy transition, officials from Massachusetts, Rhode Island and Connecticut told attendees of the New England Power Generators Association’s fifth annual New England Energy Summit.
ISO-NE forecasts peak demand of 20,269 MW under average weather conditions, and a 21,032-MW peak under below-average temperatures.
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