Electric Hydrogen has been selected to power a major new US green fuels project, marking another milestone for large-scale renewable hydrogen development.

 

Synergen Green Energy, a commercial-scale developer of green hydrogen and ammonia facilities, chose Electric Hydrogen to supply electrolyzer technology for its advanced fuels project in the United States. The agreement includes front-end engineering and design (FEED) work integrating two 120MW HYPRPlants — among the largest electrolyzer systems in the market.

 

Once operational, the facility is expected to produce about 210,000 tons per year of green ammonia, targeting maritime and industrial customers in Europe and Asia.

 

The selection marks the third large-scale US renewable hydrogen project to adopt Electric Hydrogen’s proton exchange membrane (PEM) technology. The company is already deploying its first 100MW HYPRPlant at Infinium’s Project Roadrunner in Pecos, Texas, and has been chosen by HIF Global for a separate Texas-based e-fuels facility.

 

Electric Hydrogen’s HYPRPlant system is designed to deliver industrial-scale hydrogen at significantly lower cost by combining proprietary PEM technology with renewable power. The plants are manufactured on factory-built skids and assembled by local partners, a model the company says can reduce total installed costs by up to 60%.

 

“Electric Hydrogen is redefining what’s possible for clean hydrogen production through its efficient electrolysis technology,” said Pranav Tanti, CEO of Synergen Green Energy. 

 

"Achieving total installed costs less than $1000/kW is crucial to our ability to produce green ammonia economically at scale. The unique approach that Electric Hydrogen brings to electrolyzer design and manufacturing aligns with Synergen’s own standardization and modular design philosophy. We look forward to building a strong and enduring collaboration with our partners at Electric Hydrogen.”

 

Electric Hydrogen CEO Raffi Garabedian said the partnership underscores growing momentum behind cost-competitive clean hydrogen.

 

“Our HYPRPlant technology makes it possible for customers like Synergen Green Energy to produce radically low-cost hydrogen today,” Garabedian said. “This collaboration reflects our shared commitment to accelerating the energy transition and delivering scalable solutions to enable new advanced fuel economies in the U.S. and globally.”

 

The project is expected to reach final investment decision in 2026, with commercial operations targeted for the end of 2028.