Phil Murphy

Offshore wind energy development

Systems that store energy, integrated with fuel cell technology to provide clean and reliable backup power solutions.

Photovoltaic generation integrated into Kaiser Permanente's microgrid as part of the hybrid renewable energy system.

Energy storage component of the microgrid system working alongside hydrogen fuel cells and solar to provide reliable power.

New Jersey

Maryland

California

A renewable energy microgrid incorporating solar, wind, and hydrogen fuel cell technology with battery storage, designed to provide autonomous power backup.

New Jersey's first offshore wind farm located approximately 15 miles off Atlantic City, featuring 99 Haliade-X turbines with a total capacity of approximately 1.1 GW.

New Jersey's commitment to achieve 50% renewable energy by 2030 as a member of the '50x30' club alongside California, New York, Vermont, and Hawaii.

A 12-megawatt offshore wind turbine standing approximately 853 feet above water surface with 351-foot-long blades. Designed to reduce costs and environmental impacts through larger scale deployment. A working prototype exists in the Netherlands near the Port of Rotterdam.