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The Fuel Cell and Hydrogen Energy Association (FCHEA) is the trade association for the fuel cell and hydrogen energy industry, and is dedicated to the commercialization of fuel cells and hydrogen energy technologies. Fuel cells and hydrogen energy technologies deliver clean, reliable power to leading edge corporate, academic and public sector users, and FCHEA members are helping to transform our energy future. FCHEA represents the full global supply chain, including universities, government laboratories and agencies, trade associations, fuel cell materials, components and systems manufacturers, hydrogen producers and fuel distributors, utilities and other end users.


Stationary Power

An overview of stationary fuel cells and power generation for primary and backup power

Stationary Power

FuelCell Energy SureSource fuel cell power plant

FuelCell Energy SureSource fuel cell power plant

Stationary fuel cells generate electricity through an electrochemical reaction, not combustion, providing clean, efficient, and reliable off-grid power to homes, businesses, telecommunications networks, utilities, and others. Many companies around the country are adopting fuel cells for primary and backup power including: Adobe, Apple, AT&T, CBS, Coca-Cola, Cox Communications, Delmarva Power, eBay, Google, Honda, Microsoft, Target and Walmart, among others.

Stationary fuel cells are quiet and have very low emissions, so they can be to be installed nearly anywhere. These systems provide power on-site directly to customers, without the efficiency losses of long-range grid transmission.  

Stationary fuel cell systems also take up much less space in proportion to other clean energy technologies.  For instance, a 10 megawatt (MW) fuel cell installation can be sited in a about an acre of land.  This is compared to about 10 acres required per MW of solar power and about 50 acres per MW of wind.

Most stationary fuel cells connect directly to our nation’s natural gas infrastructure, generating resilient power to critical facilities, even when grid power is unavailable.  Recently, when several major natural disasters battered the Northeast, fuel cells proved their reliability repeatedly in keeping the lights on for businesses, hospitals, grocery stores and schools, powering emergency shelters for damaged neighborhoods, and saving hundreds of thousands of dollars of potentially lost revenue. For additional information on how fuel cells are improving grid resiliency in the northeast, check out FCHEA's white paper on our reports page here.

Fuel cells are highly efficient, typically reaching fuel to electricity efficiency of 60 percent, nearly double the efficiency of today’s electric grid. Fuel cells also generate heat which, if captured, can increase overall energy efficiency to more than 90 percent. The heat produced by fuel cells can generate additional electricity through a turbine, provide heating directly to nearby buildings or facilities, and even cooling with the addition of an absorption chiller.

Unlike combustion-based power generation, stationary fuel cells provide virtually emission-free power. Fuel cells do not produce particulate pollutants, unburned hydrocarbons, or the gases that produce acid rain. They emit less carbon dioxide than other, less efficient technologies, and when using fuel generated from renewable sources such as biomass, fuel cells are completely carbon neutral.

Because of these environmental benefits, fuel cells are being adopted by federal facility managers in order to reach mandatory air pollution goals.  Utilities and companies also working to meet state renewable energy standards and emission requirements are also increasingly turning to fuel cell technologies.  Here are some of our end-user fact sheets about the potential application of stationary fuel cells: 

Check out examples of stationary fuel cells below: