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.
NEPOOL members voted to delay FCA 19 by one year, seeking time to revise its capacity accreditation rules and consider a prompt or seasonal market.
Form Energy hopes to use its long-duration iron-air batteries to firm up renewable energy generation across extended stretches in New England.
ISO-NE can consider transmission-only battery storage as an option to address transmission system issues, FERC ruled.
ISO-NE is pursuing an alternative compliance pathway on FERC Order 2023 regarding storage resource interconnection, hoping to sidestep the need for “control technology,” the RTO told the NEPOOL Transmission Committee.
Transmission upgrades that are needed to avoid overloads in a fully electrified New England by 2050 could cumulatively cost between $22 billion and $26 billion, ISO-NE told its Planning Advisory Committee.
Some clean energy stakeholders have expressed concerns about the impacts that delaying ISO-NE's FCA 19 would have on new resources looking to secure capacity rights in the auction.
FERC reversed its previous determination that “all interested parties can review and challenge Mystic’s revenue credits and tank congestion charges” in the annual true-up process.
FERC agreed to delay the implementation date in the forward capacity market while clarifying that host utilities are not excluded from the flow of metering information to the RTO.
ISO-NE detailed its 2024 annual work plan, while NEPOOL approved ISO-NE's 2024 budget.
Speakers at Raab Associates’ New England Electricity Restructuring Roundtable emphasized the importance of transmission planning to ensure the grid can handle increased amounts of variable clean energy and higher demand from electrification.
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