The use of distributed energy resources can reduce grid costs, delay system upgrades, authors contend.

The burgeoning power demand from data centers and artificial intelligence can be met by other means than new natural gas-fired power plants, according to a new report from the Electric Power Research Institute.

A new Berkeley Lab report finds that a combination of aggressive demand and supply side measures could slash greenhouse gas emissions in the building sector 91% below 2005 levels by 2050.

ISO-NE is predicting that New England’s peak load will increase by about 10%, and electricity consumption by 17%, by 2033, according to its 2024 Capacity, Energy, Loads and Transmission report.

Streamlining and accelerating permitting is just one of the potential uses DOE envisions for AI to accelerate the U.S. power system’s transition to 100% clean energy and the modern, efficient, secure grid needed to reach that goal by 2035.

The New Jersey Board of Public Utilities has opened its fourth offshore wind solicitation with a planned capacity of up to 4 GW.

FERC approved NYISO’s proposed tariff revisions that set rules for distributed energy resources seeking to participate in its markets, including a 10-kW minimum for individual resources to be included in an aggregation.

FERC accepted an Order 2222 compliance filing by ISO-NE while requiring the RTO to make an additional filing to detail deadlines for distributed energy resource aggregators to submit metering data.