New York State Prize
The first stage of NY Prize in 2015 offered over $8 million in grants to fund 83 engineering feasibility studies across the state - in order for selected communities to conduct engineering assessments that
This report documents the results of an independent review conducted by Brookhaven National Laboratory (BNL) of a subset of the microgrid feasibility studies submitted to NYSERDA i...
The first stage of NY Prize in 2015 offered over $8 million in grants to fund 83 engineering feasibility studies across the state - in order for selected communities to conduct engineering assessments that
Demonstrate robust Community Microgrid capabilities over a substation grid area, which is the basic building block of an electric grid and can be easily proliferated throughout the utility service territory
This report documents the results of an independent review conducted by Brookhaven National Laboratory (BNL) of a subset of the microgrid feasibility studies submitted to NYSERDA in response
This report was prepared for the Town of Southampton by Global Common, LLC, General Electric International, Inc. (GE Energy Consulting), D&B Engineers and Architects, and Burns Engineering as
The final summary report on the New Paltz Community Microgrid feasibility assessment has been accepted by the New York State Energy Research and Development Authority
While DOE has made significant progress in supporting microgrid deployments, there remain research gaps for both remote microgrid, and microgrids for critical infrastructure, which are being addressed
Feasibility study for Ithaca Community Microgrid project, assessing renewable energy and microgrid implementation in Ithaca, NY.
The New York Prize Community Grid competition awarded New Paltz, along with 82 other communities, $100,000 for microgrid feasibility
New York showed itself as the nation''s leader in community microgrid development July 8 by awarding funds for an unprecedented 83 projects through its $40
A first-in-the-nation $40 million competition is planned to help communities create microgrids—standalone energy systems that can operate independently in the