Alkaline electrolyser stacks
for system integrators
Our innovative next generation alkaline electrolyser stacks are essential in accelerating the decarbonization of challenging industries like steelmaking, fertilizers, and chemicals by greatly lowering the lowest levelized cost of hydrogen. The Stellar 100 is the ideal stack for engineering companies looking to become a Hydrogen Stack integrators.
Alkaline electrolyser stacks for system integrators
From 20 to 100 Nm3/h
Performance guarantee
Engineering support
Operates at 32 bar
Patent-pending design
Our pressurised alkaline electrolyser stacks are available with a 6-month lead time and come with performance guarantee. The stacks are build for long operational lifespans, which makes them a reliable choice for continuous hydrogen production.
This durability aims to minimize downtime and maintenance costs, contributing to the economic feasibility of green hydrogen. The technology has been validated by Fraunhofer, and our stacks have been tested by ZSW.
The Stellar Series Stack is the product of choice for Rockfin. The integration was a success, the stack exhibited excellent compatibility and the Stargate team provided comprehensive support from the first meeting and throughout the integration process.
Michał Wróblewski, Rockfin CEO said – “The passion for electrolyser stack technology and the determination of the Stargate Team has been crucial to achieving this major milestone. We strongly believe in the long-term potential of hydrogen as a clean energy solution.”
Upcoming product – large-scale stack:
Starbase Electrolysers Stack
The Starbase Electrolyser Stack is not yet available for the market, it is still under development and will be launched soon.
Starbase electrolysers are large-scale skid-mounted systems built around our 10 MW pressurised alkaline stacks.
With a larger stack the Starbase Electrolyser series has a superior capacity therefore it is Ideal for large-scale projects.
Specifications
Large-scale systems
5 – 100+ MW
Based on a 10 MW stack
Skid-mounted modular units
