Electric Hydrogen

Electric Hydrogen

Manufactures large-scale electrolyzer plants for hydrogen

Overview

Electric Hydrogen (EH2) designs, builds, and installs large-scale electrolysis plants that produce green hydrogen for heavy industry. Its flagship product is a 100 MW complete electrolyzer plant that can be manufactured in a factory, shipped, and commissioned in about three months. The system uses stacks of electrolysis cells powered by renewable electricity to split water and create hydrogen, offering a no-emissions alternative to fossil fuels. EH2 differentiates itself by delivering much larger, turnkey plants at a lower cost than typical electrolyzers and by accelerating deployment, enabling faster decarbonization of sectors like fertilizer, ammonia, steel, chemicals, and fuels. The company’s goal is to make green hydrogen economically competitive and scalable for industrial decarbonization, supported by significant funding and large-scale projects in North America.

About Electric Hydrogen

Simplify's Rating
Why Electric Hydrogen is rated
B
Rated B on Competitive Edge
Rated A on Growth Potential
Rated C on Differentiation

Industries

Hardware

Industrial & Manufacturing

Energy

Company Size

201-500

Company Stage

Debt Financing

Total Funding

$798.3M

Headquarters

Natick, Massachusetts

Founded

2020

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Simplify's Take

What believers are saying

  • Uniper selected EH2 for a 200 MW Green Wilhelmshaven project.[3]
  • Infinium chose EH2 for a 100 MW Texas e-fuels facility.[3]
  • Electric Hydrogen has raised over $700M from leading investors and banks.[3]

What critics are saying

  • Large project awards still depend on permitting, financing, and final investment decisions.[3]
  • Competing low-cost electrolyzer suppliers can pressure margins and undercut U.S.-made plants.[4]
  • Green hydrogen must reach cost parity fast enough for repeat industrial demand.[3][4]

What makes Electric Hydrogen unique

  • HYPRPlant ships as a complete, pre-engineered electrolyzer plant.[3][4]
  • Its advanced PEM stacks target up to 60% lower installed costs.[4]
  • Electric Hydrogen combines U.S. manufacturing with global commercial teams.[3]

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Funding

Total Funding

$798.3M

Above

Industry Average

Funded Over

7 Rounds

Debt funding comparison data is currently unavailable. We're working to provide this information soon!
Debt Funding Comparison
Coming Soon

Benefits

Health, dental, vision, & disability insurance

401k match

Unlimited time off

Growth & Insights and Company News

Headcount

6 month growth

3%

1 year growth

2%

2 year growth

5%
Industry Link
May 25th, 2026
Norwegian PEM electrolyser manufacturer Hystar has introduced a standardised 20MW green hydrogen plant design, marking its entry into the growing field of modular, factory-built electrolyser systems.

Norwegian PEM electrolyser manufacturer Hystar has introduced a standardised 20MW green hydrogen plant design, marking its entry into the growing field of modular, factory-built electrolyser systems. The new platform, named Orion, has been developed in collaboration with engineering firm McDermott, following the companies' agreement last December to jointly design a 100MW hydrogen plant. Orion is built around Hystar's 0.65MW PEM stack and delivered as a skid-mounted system incorporating separators, piping, humidification, cooling, ventilation, pumps, and process interfaces. According to Hystar, each Orion module operates independently, a feature the company says enables a wider turndown range and improved operational flexibility. Chief Executive Officer Fredrik Mowill stated that the platform is designed to "enable standardisation" and support project developers in reducing both capital and operating expenditures. Standardised, modular electrolyser plants are gaining momentum across the sector as manufacturers seek to simplify engineering, reduce EPC complexity, and lower costs. Companies such as Longi, Electric Hydrogen, and ITM have already launched large-scale standardised systems aimed at accelerating deployment. The launch comes as Hystar prepares to commission 1.5GW of automated production capacity in Norway by next year, supported by €26 million in funding from the EU Innovation Fund. Founded in 2021, the company claims its PEM stacks are among the most efficient globally, citing an efficiency of 47.5 kWh per kilogram of hydrogen. Despite these performance claims, Hystar's commercial deployments remain limited. The company is currently operating a 1MW unit in Norway as part of a field trial with Equinor, Gassco, Yara, and ABB. It has also delivered a 0.75MW system to Finnish utility Fortum and an undisclosed number of units to South Korean engineering firms Techwin and Sunbo Unitech. In November, Hystar entered into partnerships with French hydrogen producer Lhyfe and Swedish systems integrator EuroMekanik to advance two 10MW projects, further expanding its footprint in the European hydrogen market. ***News sourced from here: https://hystar.com/hystar-launches-orion-a-large-scale-pem-electrolyser-plant-solution/ Want to know more about decarbonization, sustainable industry trends, and the breakthroughs driving real change? Explore the complete lineup of Industry Link's 2026 events below: Sustainability & ESG International Summit 2026 10-11 June, São Paulo, Brazil Premier regional platform for Net Zero construction, circular economy, climate resilience, and ESG leadership. Industry 5.0 Global Conference & Exhibition 2026 10-11 June, São Paulo, Brazil Hosted at the same venue and dates as the Sustainability Summit - two events for one price, one ticket, full access. Cementitious Materials International Technical & Trade Congress - Europe 28-29 October, Brussels, Belgium A leading EMEA gathering on cementitious materials, market trends, regulatory updates, and regional opportunities. CarbonZero Alternative Fuels & Raw Materials Global Conference & Exhibition 2026 Including Cementitious Europe - Congress 28-29 October, Brussels, Belgium Global platform for Net Zero strategies, alternative fuels, raw materials, carbon capture, and emerging technologies. Women in Cement and Construction International Congress 2026 - EMEA 30 October, Brussels, Belgium A dedicated forum advancing diversity, equity, and inclusion across the cement and construction sectors. Cementitious Materials International Technical & Trade Congress - MEA 8-9 December, Morocco The premier MEA event for cementitious materials, innovation, and regional trade opportunities.

AdvanceH2
Mar 31st, 2026
Partnership boosts hydrogen manufacturing in South Africa with new electrolyzer technology.

Partnership boosts hydrogen manufacturing in South Africa with new electrolyzer technology. Key points. * ET Energies and Isondo Precious Metals partner to develop PEM electrolyzers in South Africa. * The collaboration focuses on localizing hydrogen technology and improving supply chain resilience. * They aim to create a circular economy model for platinum group metals through recycling. * This initiative supports South Africa's Hydrogen Society Roadmap and enhances renewable energy production. ET Energies, a leader in hydrogen technology, and Isondo Precious Metals have announced a significant partnership aimed at advancing the manufacturing of Proton Exchange Membrane (PEM) electrolyzers in South Africa. The Memorandum of Understanding signed between the two companies signals a new phase in the development of a localized hydrogen ecosystem, utilizing South Africa's abundant platinum group metals (PGMs). This initiative is poised to support not only the hydrogen production landscape but also the critical minerals value chain crucial for the energy transition. The collaboration leverages ET Energies' advanced engineering capabilities in PEM electrolyzer stack development alongside Isondo's expertise in vertically integrated PGM processing. The goal is to create a pathway for the production of catalyst precursors, fabrication of membrane electrode assemblies, and thorough electrochemical testing, all while establishing a model for closed-loop PGM recovery. Derek Lubie, CEO of ET Energies, emphasized that this partnership is not just about technology but is focused on building a sustainable and secure hydrogen economy by integrating engineering, materials innovation, and manufacturing processes. The initiative also aligns with South Africa's Hydrogen Society Roadmap, which aims to position the country as a leader in clean energy technologies. The partnership will utilize ET Energies' mature PEM stack platform known for its proprietary technologies, including bipolar plates and cooling systems. These innovations will be essential in ensuring high-performance capabilities in PEM electrolyzers, which play a critical role in hydrogen production. In addition, Isondo will provide the necessary clean-room assembly facilities and testing infrastructure to validate the stacks and scale up production towards full electrolyzer systems. Furthermore, this collaboration is expected to bolster U.S.-South Africa cooperation in the fields of hydrogen and critical minerals, enhancing both countries' supply chain resilience and fostering innovation. Through their combined efforts, they aim to create a circular economy model focused on the recycling and reuse of PGMs, thereby improving sustainability and reducing lifecycle costs. Overall, this partnership represents a significant step towards developing a comprehensive hydrogen manufacturing ecosystem in South Africa, paving the way for future global manufacturing partnerships. The integration of advanced technologies and local resources is set to accelerate the commercialization of high-performance electrolyzers, ultimately contributing to a more sustainable and energy-efficient future. March 31, 2026 at 03:20 PM Miami, United States

AdvanceH2
Dec 19th, 2025
Electric Hydrogen to Provide 240MW Electrolysers for Innovative Green Ammonia Project in Texas

Electric Hydrogen to provide 240MW electrolysers for innovative green ammonia project in Texas. Key points. * Electric Hydrogen will supply 240MW of electrolysers for a green ammonia export project. * The project aims to serve maritime and industrial markets in Europe and Asia. * The facility is located on the Gulf coast of Texas, enhancing export capabilities. * This development showcases growth in green energy and hydrogen technology. Electric Hydrogen has been selected to provide 240 megawatts of electrolysis systems for a groundbreaking green ammonia export project being developed by Synergen Green Energy. This strategic initiative is positioned on the Gulf coast of Texas and is set to supply green ammonia primarily aimed at maritime and industrial applications across Europe and Asia. As the demand for sustainable energy solutions grows, the use of hydrogen as a clean energy vector is increasingly gaining traction. Green ammonia is recognized as a significant player in the transition to sustainable energy, serving not only as a potential fuel source but also as an effective hydrogen carrier. The electrolysis process utilized by Electric Hydrogen will facilitate the production of hydrogen derived from renewable energy sources, thus contributing to the reduction of carbon emissions associated with traditional ammonia production methods. The choice of Texas for this facility is strategic, given the state's favorable conditions for renewable energy, particularly from wind and solar sources. This region has seen a surge in investments targeted at innovative energy solutions, making it an ideal location for pioneering projects like the one being championed by Synergen Green Energy. Electric Hydrogen's involvement underscores the growing confidence in hydrogen technologies and their role in decarbonizing various sectors, including heavy transportation and industrial manufacturing. The development of this project not only highlights advancements in electrolysis technology but also reflects a broader movement toward cleaner, renewable energy sources. Moreover, as the green ammonia produced at this facility begins to flow into international markets, it stands to bolster the energy security and sustainability goals of countries in Europe and Asia, where there is a significant push towards reducing reliance on fossil fuels. Overall, this project is a promising step forward in the evolution of green hydrogen applications and the sustainable energy landscape as a whole. Texas, United States

Electric Hydrogen
Dec 5th, 2025
Electric Hydrogen Expands into Latin America to Accelerate Green Fertilizer and Industrial Decarbonization; Appoints General Manager, LATAM

Electric Hydrogen expands into Latin America to accelerate green fertilizer and industrial decarbonization; appoints General Manager, LATAM. São Paulo - December 3, 2025 - Electric Hydrogen, a global manufacturer of industrial-scale electrolyzer plants, today announced its expansion into Latin America with the appointment of Maria Gabriela da Rocha Oliveira as General Manager, LATAM. Based in Brazil, da Rocha Oliveira will lead Electric Hydrogen's commercial and partnership strategies across Brazil and the broader region. Electric Hydrogen's entry into the market comes at a pivotal time for the region, as Brazil is advancing ambitious strategies to reduce reliance on fossil fuels and strengthen its position in the global energy landscape. Da Rocha Oliveira will support customers with projects in Brazil and across Latin America. Electric Hydrogen's innovative HYPRPlant technology, the most powerful, lowest-cost electrolzyer plant on the global market leverages proprietary proton exchange membrane technology and renewable electricity to produce cost-competitive fossil-free hydrogen at industrial scale. The entire hydrogen production plant is shipped on factory-fabricated skids and assembled by local partners on an expedited schedule. This complete turnkey system is designed for rapid deployment at project sites around the world and has been selected for projects with diverse industrial partners such as Infinium, HIF Global, and Uniper. Electric Hydrogen is currently deploying its first 100MW HYPRPlant at Infinium's Project Roadrunner site in Pecos, Texas. This technology is uniquely suited to support Latin American markets, where green hydrogen projects are advancing at gigawatt scale. The company will partner with local project developers to accelerate domestic production of green fertilizer, e-fuels, and decarbonization of heavy industry. "Latin America offers one of the most compelling economic cases for domestic green hydrogen production at industrial scale," said Raffi Garabedian, Co-founder and CEO of Electric Hydrogen. "The combination of abundant renewable energy and heavy reliance on imported nitrogen fertilizer creates a clear opportunity for competitive domestic production. We look forward to creating pathways for the region to unlock this potential with Maria Gabriela's deep expertise in the market." Da Rocha Oliveira brings more than 15 years of experience in renewable energy and industrial decarbonization, having previously led energy strategy and carbon initiatives in Brazil's emerging green fertilizer industry and renewable generation for Shell in Latin America. Earlier in her career, she held roles at First Solar and Bloomberg New Energy Finance. "Our mission is to make clean hydrogen economically viable at scale, and Latin America is ready to show what that future looks like," said da Rocha Oliveira. "By combining Electric Hydrogen's advanced technology with the region's renewable resources, we can deliver cost-competitive green fuels to transform the market." About Electric Hydrogen Electric Hydrogen manufactures, delivers and commissions the world's most powerful electrolyzers to make clean hydrogen projects economically viable today. The company's complete HYPRPlant includes all system components required to turn water and electricity into the lowest cost clean hydrogen. Electric Hydrogen has a team of more than 300 people in the United States, Europe, Australia and Latin America. The company was founded in 2020 and is headquartered in Devens, Massachusetts. To learn more about how critical industries leverage Electric Hydrogen's advanced PEM technology, visit https://eh2.com/. Press Contact V2 Communications for Electric Hydrogen [email protected]

Heatmap News
Oct 8th, 2025
After Replacing Its CEO, Generate Capital Lays Off Staff

After replacing its CEO, Generate Capital lays off staff. "We grew quickly and made some mistakes," Generate executive Jonah Goldman told Heatmap. In a tumultuous time for clean energy financing, leading infrastructure investment firm Generate Capital is seeking to realign its approach. Last month the firm trumpeted its appointment of a new CEO, the first in its 11-year history. Less publicly, it also implemented firm-wide layoffs, representatives confirmed to Heatmap. "Like many others in our space, we grew quickly and made some mistakes," Jonah Goldman, Generate's head of external affairs, told me. He was responding to a report from infrastructure and energy intelligence platform IJ Global, which last week reported that Generate had "shut down its equity investing arm" and laid off 50 people. While Goldman confirmed that there were indeed layoffs earlier this summer, he would not specify how many employees were let go, and disputed the claim that any particular team was dissolved. "We have not 'shut down' any strategies," he told me. "Our investment team continues to find opportunities across the capital stack." Goldman's comments echoed those of the firm's new CEO, David Crane, a former undersecretary for infrastructure at the Department of Energy. In an article published to Generate's website a few weeks ago, Crane admitted that the firm had "deviated from our operational roots," a reference to the firm's unconventional investment strategy. Generate is unique as a sustainability-focused investor, in that it often acts as an owner and operator for the projects it finances rather than taking a passive equity stake The firm also provides tailored project financing options for its partners to help manage risk. But over the past few years, Generate made a number of large equity investments in companies whose projects it did not directly oversee. These included utility-scale solar and energy storage developer Pine Gate Renewables, which is on the verge of bankruptcy, and green hydrogen developer Ambient Fuels, which was recently acquired by Electric Hydrogen amidst tumult in the industry. "While other investors had no choice but to act as pure investors, we were distracted from who we are and what we were good at," Crane wrote, noting that this distraction led to "poor performance in one component of our investment portfolio." That would appear to be its equity division. Generate's model is designed to bridge a critical gap in the climate tech ecosystem known as the "missing middle," the phase at which a company with some proven tech has outgrown early-stage venture capital but is still considered too risky for most traditional infrastructure investors. Historically, the firm has generated high returns by backing "leading-edge technologies," Jigar Shah, the firm's co-founder and former director of the DOE's Loan Programs Office, said on the Open Circuit podcast he co-hosts. These include investments in projects involving fuel cells, anaerobic digesters, and battery storage. Shah hasn't worked at Generate since he joined the Biden administration in 2021. But from the outside, he says, the firm appears to have moved away from taking these riskier but potentially more lucrative bets. "They ended up with 38 people in their capital markets team, and their capital markets team went out to the marketplace and said, Hey, we have all this stuff to sell. And the people that they went to said, Well, that's interesting, but what we really would love is boring community solar," Shah said on the podcast. As he saw it, Generate began making equity investments into lower-risk projects such as community solar, which naturally generated stable but lower returns. Then once interest rates went up post-Covid, that put downward pressure on equity returns. Shah said it's these slipping returns that have made it harder for Generate to raise capital over the past two years. Axios Pro recently reported that the firm is now exploring an IPO to bring in additional funding, following hesitation from some of its existing backers to reinvest. While Goldman acknowledged that "there is some skepticism in the capital markets about our space now," he disagreed with the idea that Generate has abandoned its focus on leading-edge technologies. "We have invested over the last number of years in a lot of assets that are predictable assets with predictable cash flows that have performed very strongly for our investors. And we continue to have the creativity of the team that's focused on trying to bring newer technologies to the market to bridge the bankability gap," he told me. By way of example, he highlighted two of the firm's most recent investments, a $200 million loan to Pacific Steel Group for the first green steel mill in California and a $100 million scalable credit facility for green data center developer Soluna, which allows the company to increase its borrowing capacity as new projects come online. The latter deal was announced just weeks after Crane stepped into his new role. Having served as the CEO of five publicly traded energy companies before joining Generate, Crane is now promising to turn around the firm's fortunes. With the Trump administration rolling back federal support for clean energy infrastructure and investors remaining cautious, Crane has said that now is the time to jump on undervalued opportunities. "Right now, there's a lot of noise telling people to stop writing checks. But this is precisely the time to invest in the infrastructure that will power the next twenty years," he wrote. Goldman backed this up, telling me, "We believe managers who understand the space and who can take advantage of the opportunities that are underpriced in this tougher market environment are set up to succeed." Just as tech giants such as Google, Salesforce, and Amazon were able to expand rapidly in the wake of the dot-com bubble and consolidate their positions in the market, Generate's leadership say they're now well positioned to help select clean energy companies do the same. It will certainly be a boon for the sector if they can, given the abundance of undercapitalized climate tech opportunities, from clean cement to thermal energy storage, next-generation geothermal, and carbon capture, all looking to build first-of-a-kind projects. And there's not nearly enough infrastructure funding to go around. So if Generate has indeed lost the confidence of its investors, it's critical that Crane, Goldman, and company regain it swiftly. Their ability to do so could shape not only which technologies drive the energy transition, but how quickly they do so. Create a free account or sign in to unlock more free articles.

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