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Stargate Hydrogen scales up its product portfolio with a compact outdoor 10-MW electrolyzer system module

Stargate Hydrogen, a European-born innovator in the field of green H2 production technologies, announced the launch of two major new product families: 

  • 5-MW electrolyzer stack named Starbase
  • 10-MW electrolyzer system module Aurora.

The new products are designed to accelerate industrial decarbonization via green H2 by providing compact, high-performance systems that allow customers such as refineries, chemical plants and steel manufacturers to produce green H2 directly onsite. Aurora, the 10-MW electrolyzer outdoor-ready system module, stands out with its record-low footprint of just 14.4 m² per MW, making it the most space-efficient alkaline electrolyzer of its kind on the market. More information about the products will be disclosed during the World Hydrogen TECH Expo in Hamburg on 20-22 October. 

The 10-MW electrolyzer packs two 5-MW Starbase stacks that deliver strong efficiency with a stack consumption of less than 49 kWh/kg, allowing it to bring down the cost of green H2 for industrial customers. Together, Starbase and Aurora provide scalable, industrial-grade solutions to the growing demand for efficient large-scale H2 production systems.

“With Starbase and Aurora, we are addressing the two main barriers for industrial H2 adoption: cost of H2 and space constraints at industrial sites. By delivering the most compact and high-efficiency 10 MW electrolyzer system on the market, we are empowering industries to integrate green H2 production directly into their existing operations,” said Marko Virkebau, CEO of Stargate Hydrogen. “This is a critical step forward for hard-to-abate industries seeking to decarbonize at scale.”

Stargate Hydrogen noted strong market interest in its latest products, with several commercial negotiations already ongoing for the first deliveries. The launch underscores the company’s commitment to providing systems that reduce space and energy requirements, making H2 adoption practical for energy-intensive industries.