Plug Power

• Department of Energy · grantthe goal of this project will be to establish manufacturing processes for pem electrolyzers in rochester, new york capable of producing 5gw of pem electrolyzer stacks per year, while achieving the cost, production and performance targets described in table 1 below and drawing from disadvantaged communities (dacs) to develop the skilled workforce necessary to operate the facility. based on the definitions provided in foa appendix d, the project will not involve the construction, alteration and/or repair of infrastructure in the united states.$43M2024-10
• Department of Energy · grantthe project will demonstrate a production pathway to meet the projected stack cost of $40/kw for 100,000 heavy duty stacks per year. to meet these objectives, the team will manufacture a high-performance membrane electrode assembly that meets the program goals of 2.5 kw/gpgm power at 1.07 a cm-2 and 0.7 v after 25,000 hours of operation. the stacks will be manufactured on an integrated single line to meet the speed of 20,000 stacks per year at the target rates shown in table 1. the present gigafactory is capable of operating 24/7 with three 8-hour shifts. to meet the final program goals, 6 sta$28M2024-10
• Department of Energy · grantrecovery act - highly efficient, 5-kw chp fuel cells demonstrating durability and economic value$5.9M2009-09
• Department of Energy · grantrecovery act - accelerating acceptance of fuel cell backup power systems$5.4M2009-09
• Department of Energy · grantair-cooled stack freeze tolerance - freeze failure modes and freeze tolerance strategies$4.8M2009-11
• Department of Energy · grantintergovernmental stationary fuel cell system demonstration$4.2M2007-05
• Department of the Army · contractu435cfe fuel cell backup power & energy security$3.6M2007-08
• Department of Energy · grantintegrated membrane anode assembly & scale-up$3.5M2020-10
• Department of Energy · grantdomestically manufactured fuel cells for heavy-duty applications$2.7M2020-10
• Department of Energy · grantfuel cell powered airport ground support equipment deployment$2.2M2013-01
• Department of Energy · grantadvanced electrochemical hydrogen compressor$2.1M2016-10
• Department of Energy · grantfully unitized fuel cell manufactured by a continuous process this project will demonstrate a polymer electrolyte membrane fuel cell (pemfc) bipolar plate (bpp) architecture for heavy-duty applications using flat foil metal separators with grooves in the diffusion substrates that is manufactured in a continuous roll-to-roll process. the proposed architecture is lightweight with mass to power ratio exceeding the doe 2030 target of 0.18 kg/kwnet. it will be validated through small-scale and full-scale stack performance testing. this architecture is being developed for continuous and low-cost man$1.3M2022-02
• Department of Energy · grantthe overall objective of the proposed project is to design a hydrocarbon (hc) proton exchange membrane (pem) that can mitigate the high h2 gas crossover issue in electrolyzer (elx) applications aiming to use thinner membranes to improve the pem elx efficiency and reduce/eliminate fluorine in pem. t$727K2024-09
• Department of Energy · grantautonomus hydrogen fueling station$690K2018-10
• Department of Energy · grantnovel membranes for electrochemical compressors$520K2019-02

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Matched recipient: PLUG POWER INC.