Scott Guilmartin

Local energy solutions and microgrid deployment

Tax equity financing for energy projects

Automotive

Combined heat and power fuel cell system that converts natural gas into hydrogen through an electrochemical process to generate electricity without burning fuel, drastically reducing carbon emissions.

A 1.6-mile-long thermal loop that captures waste heat from fuel cells to provide heat and hot water to local facilities including the University of Bridgeport, a high school, and various businesses.

Connecticut

A 9.6-megawatt combined heat and power (CHP) fuel cell project featuring a 1.6-mile thermal loop that captures waste heat to provide heating and hot water to local facilities including the University of Bridgeport, a high school, and various businesses.