Renewable energy jobs · Fuel Cell Technology
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ExpiredPittston, United StatesOn-site Full time 32 days agoUSD 24–25 hourly
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ExpiredTorrington, Connecticut, United StatesOn-site Full time 46 days agoUSD 93k–103k yearly
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ExpiredNew Jersey, United States  + 4 locationsHybrid Full time 36 days agoUSD 27–38 per hour
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ExpiredLocust Grove, United StatesOn-site Full time 27 days ago
- Stack engineers designing membrane-electrode assemblies, bipolar plates, and gasketing
- Process and reliability engineers running cell-build lines and failure analysis
- Commissioning specialists taking 12.5 MW packaged blocks from factory to live site
- Hydrogen safety and H2 service specialists for refuelling stations and on-site H2 handling
- Controls and automation engineers writing BMS and balance-of-plant software
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ExpiredSeattle, Washington, United States  + 3 locationsHybrid Full time 39 days agoUSD 27–40 hourly
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ExpiredEuropean UnionFlexible Full time 25 days ago
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ExpiredFremont, California, United StatesOn-site Full time 41 days agoUSD 21–31 hourly
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ExpiredFremont, California, United StatesOn-site Full time 13 days agoUSD 32–46 hourly
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ExpiredBengaluru, IndiaOn-site Full time 41 days ago
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ExpiredTorrington, Connecticut, United StatesHybrid Full time 55 days agoUSD 72k–80k yearly
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ExpiredDanbury, Connecticut, United StatesHybrid Full time 55 days agoUSD 115k–128k yearly
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ExpiredSan Jose, California, United StatesOn-site Full time 14 days agoUSD 209k–301k yearly
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ExpiredBridgeport, United StatesOn-site Full time 60 days agoUSD 30–38 per hour
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ExpiredFremont, California, United StatesOn-site Full time 48 days agoUSD 98k–142k yearly
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ExpiredSan Jose, California, United StatesOn-site Full time 39 days agoUSD 142k–204k yearly
Fuel Cell Technology Jobs in Renewable Energy
Fuel cell engineers design, manufacture, commission, and service the electrochemical stacks that convert hydrogen, natural gas, or biogas into electricity without combustion, with applications ranging from data-centre baseload power to heavy trucks and forklifts. These roles sit at the intersection of hydrogen energy and energy storage, pulling on chemical, mechanical, and power-electronics expertise that few other clean-energy sectors require together.
Demand surged in 2024-2025 as fuel cells found their breakout commercial niche: powering AI data centres. Bloom Energy signed a 1 GW supply agreement with American Electric Power and a separate 2.8 GW commitment with Oracle, the largest commercial fuel-cell procurements ever recorded. FuelCell Energy is expanding its Torrington, Connecticut plant from roughly 100 MW to 350 MW of annual production capacity to meet the resulting backlog.
Where the hiring happens
The active employer set is small and concentrated. Bloom Energy (solid-oxide fuel cells) and Plug Power (PEM, plus electrolyzers) dominate North American postings out of San Jose, Newark (Delaware), Fremont, and Albany. HDF Energy builds multi-megawatt PEM systems coupled to solar from Blanquefort, France. South Korea, Germany (Brunnthal), and the UK round out the cluster.
PEM cells accounted for 86% of the roughly 2.5 GW of fuel cells shipped globally in 2022, and they dominate transport postings. Stationary work skews toward SOFCs (Bloom) and molten-carbonate cells (FuelCell Energy), where higher operating temperatures allow combined heat-and-power configurations.
Roles you will see
Field service technicians dominate listings by volume. Bloom and Plug Power regularly post 50+ open Field Service Technician roles, including German "m/w/d" variants tied to European deployments. Behind those, expect:
US hydrogen engineers typically start around $81,000, with mid-career roles in the $115,000-$121,000 band.
What is changing
Capital investment in low-emissions hydrogen rose to $4.3 billion in 2024 and was projected near $8 billion in 2025, an 80% year-on-year jump. By September 2025, $110 billion across 500+ projects had passed final investment decision. Doosan Fuel Cell opened a 500 MW SOFC factory in Jeollabuk-do in July 2025, signalling that Asian manufacturing capacity is catching up with the US and European installed base.
The premium skill stack in 2026 combines stack-level electrochemistry, large-format power electronics, and data-centre-grade reliability engineering. Candidates who can move between PEM and SOFC platforms, or between mobility and stationary applications, remain rare enough to negotiate hard.
For adjacent fields see Green Hydrogen, Electrolysis & Electrolyzers, and Long Duration Energy Storage.
Last updated on Jun 3, 2026 | Report an issue
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