Caterpillar

A three-year demonstration project to develop and test a 1.5-megawatt hydrogen fuel cell backup power system for data centers using low-carbon-intensity hydrogen. The project will examine system performance, scalability, cost, and reliability for multi-megawatt data center applications.

A project demonstrating the use of hydrogen fuel cell technology to provide reliable and sustainable backup power for data centers, simulating a 48-hour backup event.

A three-year hydrogen fuel demonstration project testing and evaluating a combined heat and power system integrated into District Energy St. Paul's thermal and electrical infrastructure.

A hydrogen fuel cell-based backup power delivery and control system designed to provide reliable and sustainable power for data centers with 99.999 percent uptime requirements, capable of 48-hour on-site operation.

A generator set powered 100 percent by hydrogen fuel, including renewable hydrogen. Available on a designed-to-order basis as part of Caterpillar's power generation solutions.

Commercially available power generation solutions configurable for operations on natural gas combined with up to 25 percent hydrogen to reduce carbon output.

A technology that combines hydrogen and oxygen in a clean, electrochemical process to generate power, releasing only water vapor as a byproduct.

Electrochemical devices that convert hydrogen and oxygen into electricity to power electric motors in aircraft.

A technology used in conjunction with steam methane reforming to reduce emissions from hydrogen production.

Wyoming

Washington

A green hydrogen production and storage facility designed to be the largest of its kind in the world, located in Delta, Utah. The facility will produce hydrogen using renewable-powered electrolysis and store it in salt caverns for supply to power generation and other applications.

A three-year demonstration project to develop and test a 1.5-megawatt hydrogen fuel cell backup power system for data centers using low-carbon-intensity hydrogen. The project will examine system performance, scalability, cost, and reliability for multi-megawatt data center applications.

A project demonstrating the use of hydrogen fuel cell technology to provide reliable and sustainable backup power for data centers, simulating a 48-hour backup event.

Commercially available power generation solutions configurable for operations on natural gas combined with up to 25 percent hydrogen to reduce carbon output.

Battery energy storage systems used in the hydrogen fuel cell demonstration for critical load support.

A hydrogen fuel cell system with 1.5MW capacity designed for data center backup power applications. The system is integrated into the electrical plant at a Microsoft data center in Cheyenne, Wyoming and is capable of operating reliably in challenging environmental conditions including sub-freezing temperatures and high altitude.