Strategen
This analysis demonstrates that battery storage can cost effectively replace aging fossil-fueled peaker power plants in New England.
This analysis determines that the development of a system featuring solar, battery storage, and a backup gas turbine would be a viable and preferred alternative to a new gas-fired CC plant for meeting NJ Transit’s critical loads during severe weather-related outages.
This report examines the environmental justice and public health impacts of peaker power plants in three U.S. cities – Boston, Philadelphia, and Detroit. The report also provides several case studies on lessons learned from community-led opposition efforts in the three cities as well as in New York City and New Orleans.
This analysis is an addendum to the July 2021 assessment of energy storage as a cost-effective alternative to building the Peabody Peaker, a 60 MW oil and gas peaking unit proposed in Massachusetts.
This briefing paper assesses the viability of battery storage as a replacement for a proposed gas and oil peaker power plant in Peabody, Massachusetts. It examines the cost-effectiveness and public health implications of developing battery storage as an alternative solution to the proposed fossil-fuel power plant, known as Project 2015A.
This report lays out a detailed strategic and policy road map to retire and replace New York City’s fossil-fuel peaker plants.
The paper, prepared by Strategen Consulting for Clean Energy Group and Alliance for Affordable Energy, was presented as evidence to the New Orleans City Council by a coalition of local advocates opposing a peaker plant proposed by the utility Entergy New Orleans.