New research by ISO-NE indicates bifacial solar panels with tracking capabilities could reduce the cost of decarbonizing New England’s generation mix by about $3.7 billion.

ISO-NE has significantly lowered its peak load and net energy expectations in its final 2025 10-year load forecast but still predicts the region’s peak load to grow by over 2 GW by 2034.

ISO-NE presented additional modeling scenarios for its 2024 Economic Study related to offshore wind and fossil retirements.

As part of a major overhaul of its annual load forecasting process, ISO-NE has significantly scaled back its electrification forecast for electric vehicles and heat pumps.

ISO-NE has outlined the transmission and economic models it plans to use to evaluate proposals submitted for the longer-term transmission planning process.

Backed by a new process conducted by the New England states, ISO-NE is moving forward with a request for proposals to build new transmission that would bring wind to market from Northern Maine.

Sheila Keane of the New England States Committee on Electricity discussed the scope of ISO-NE's first longer-term transmission planning solicitation.

As the variability of generation and demand increases on the grid, market enhancements may be needed to promote dispatchable resources, ISO-NE told the PAC.

NESCOE is raising the alarm on Eversource’s planned rebuild of the X-178 transmission line in New Hampshire, arguing that the company has not adequately justified the need for the $385 million project.

Following the increase of the transfer limits of three internal interfaces in Maine, ISO-NE increased the capacity import capability of the New Brunswick-New England interface from 700 MW to 980 MW.