Please do not leave this page until complete. This can take a few moments.
Danbury-based FuelCell Energy, which is focused on green power generation, has launched a new fuel cell platform.
The company is now accepting orders for its solid oxide electrolyzer and solid oxide fuel cell platform, it announced this week.
The modular platform is geared toward the low-cost production of clean hydrogen and power, according to the company, which designs, manufactures, installs, operates and maintains fuel cell power plants.
FuelCell Energy’s clients range from utilities to universities, hospitals, manufacturers and municipalities.
According to the company, the new platform has multiple benefits, such as providing continuous power, reducing grid dependence and helping customers be hydrogen-ready as the energy transition unfolds.
FuelCell Energy plans to expand its manufacturing activity in Connecticut in anticipation of increased demand for production.
The new platform is the result of more than 20 years of development and testing for applications including hydrogen electrolysis, long-duration hydrogen energy storage and power generation. The FuelCell Energy solid oxide electrolyzer produces hydrogen efficiently, requiring less electricity, according to the company.
Tony Leo, chief technology officer and executive vice president with the company, said it has been developing and testing solid oxide technology with support from the U.S. Department of Energy.
The goal, according to Leo, is to provide low-cost hydrogen and power whenever and wherever it is needed.
“We believe solid oxide presents the best opportunities for hydrogen production facilities to minimize the overall cost while maximizing efficiency,” Leo said.
FuelCell Energy’s solid oxide fuel cell can operate on fuels such as hydrogen, natural gas and renewable biogas.
Trinity College, a FuelCell Energy molten carbonate fuel cell customer, is the first organization to purchase FuelCell Energy’s 250kW solid oxide fuel cell power generation system, according to the announcement. Power and heat produced from the platform will be used at Trinity’s Hartford campus to lower energy costs and help ensure energy reliability.
Contact Michelle Tuccitto Sullo at msullo@newhavenbiz.com.
The Hartford Business Journal 2025 Charity Event Guide is the annual resource publication highlighting the top charity events in 2025.
Learn moreHartford Business Journal provides the top coverage of news, trends, data, politics and personalities of the area’s business community. Get the news and information you need from the award-winning writers at HBJ. Don’t miss out - subscribe today.
SubscribeDelivering Vital Marketplace Content and Context to Senior Decision Makers Throughout Greater Hartford and the State ... All Year Long!
Read HereThe Hartford Business Journal 2025 Charity Event Guide is the annual resource publication highlighting the top charity events in 2025.
Hartford Business Journal provides the top coverage of news, trends, data, politics and personalities of the area’s business community. Get the news and information you need from the award-winning writers at HBJ. Don’t miss out - subscribe today.
Delivering Vital Marketplace Content and Context to Senior Decision Makers Throughout Greater Hartford and the State ... All Year Long!
In order to use this feature, we need some information from you. You can also login or register for a free account.
By clicking submit you are agreeing to our cookie usage and Privacy Policy
Already have an account? Login
Already have an account? Login
Want to create an account? Register
In order to use this feature, we need some information from you. You can also login or register for a free account.
By clicking submit you are agreeing to our cookie usage and Privacy Policy
Already have an account? Login
Already have an account? Login
Want to create an account? Register
This website uses cookies to ensure you get the best experience on our website. Our privacy policy
To ensure the best experience on our website, articles cannot be read without allowing cookies. Please allow cookies to continue reading. Our privacy policy
0 Comments