ISO New England (ISO-NE)
ISO-NE revised its compliance proposal for FERC Order 904 to allow generators to be compensated for reactive power outside the standard power factor range.
Presenting to the ISO-NE Planning Advisory Committee, Eversource Energy introduced a new set of asset-condition projects that could cost the region billions over multiple decades.
NYISO presented the Installed Capacity Working Group with two proposals it plans to file with FERC to give itself the means to collect duties in case President Trump’s tariff on Canadian energy imports applies to electricity.
Members of the Eastern Interconnection Planning Collaborative urged regulators and policymakers not to rely solely on NERC's ITCS to guide transmission planning.
More than six months after the proposed August 2024 effective date for ISO-NE’s compliance with FERC Order 2023, generators seeking to interconnect in the region remain in limbo.
ISO-NE continued discussions with stakeholders on its capacity auction reform project at the NEPOOL Markets Committee, providing more information on planned changes to the resource retirement process.
While heating electrification in New England is poised to drive major increase in peak demand, electrifying about 80% of households could reduce the combined cost of the region’s electric and gas systems by 21 to 29%, according to a new study.
FERC accepted ISO-NE’s proposal to increase the collateral requirements for generators participating in its capacity market, rejecting the New England Power Generators Association’s arguments that the changes violate the filed rate doctrine.
As the Trump administration forged last-minute agreements with Canada and Mexico to postpone steep new tariffs, the energy industry fretted about potential fallout for cross-border supply chains and wholesale electricity markets.
As overall power production ticked up in New England in 2024, natural gas generation reached its highest annual total in the region’s history, accounting for over 55% of all generation and 51% of net energy for load, according to new data from ISO-NE.
Want more? Advanced Search










