Plug Power Inc. (Latham, N.Y.) has finalized a contract to supply a major U.S. automobile manufacturer with hydrogen infrastructure and fuel cell solutions that will support material handling operations. The manufacturing campus of over 6 square miles is dedicated to electric vehicles, batteries and is one of the largest auto manufacturing campuses in U.S. history.
The manufacturing campus’s entire material handling fleet, including forklifts and tuggers, will run on Plug fuel cells. In addition to the fuel cell fleet, the agreement includes on-site hydrogen infrastructure, including two liquid hydrogen storage tanks and over 10 hydrogen dispensers to prepare for the expansion of hydrogen applications.
“This new partnership further strengthens our track record of success in the automotive industry, marking a significant leap in promoting sustainability within the sector,” stated Andy Marsh, CEO of Plug. “We are excited to elevate this facility with Plug’s state-of-the-art green hydrogen ecosystem, offering solutions that enhance operational efficiency while contributing to a more sustainable and environmentally responsible future.”
Plug’s hydrogen fuel cells are a direct replacement for any battery solution in electric forklifts. By implementing fuel cell solutions, this facility will be able to drive productivity, streamline operations and maximize fleet uptime, all while reducing greenhouse gas emissions.
In 2024, Plug will undertake the installation and commissioning of the hydrogen infrastructure, setting the stage for the facility’s debut. This facility is expected to become fully operational by the first quarter of 2025, with production rolling out in carefully planned phases to ensure a smooth and effective ramp-up to full operations.
Plug has been a steadfast partner in advancing sustainable material handling operations for leading car manufacturers, including long standing collaborations with industry pioneers like BMW, Daimler, Honda, GM and Stellantis contributing to their commitment to environmental responsibility and operational efficiency.