Connect to power faster, scale with demand.
A modular power platform that brings reliable capacity online in phases, without waiting for full grid access.
A modular power platform that brings reliable capacity online in phases, without waiting for full grid access.
Demand for computing capacity is growing faster than new grid connections can be built. A finished site can wait years for the power it needs.
Every month without power is a month without revenue. Onsite generation closes that gap: it brings capacity to the site when the project needs it, and it can stay as a permanent part of the site’s power supply.
HELINOR turns natural gas into electricity right next to your data center, using fuel cells instead of engines. You draw on existing gas infrastructure and bring power online in steps.
Natural gas arrives from the utility and is prepared for the fuel cells.
Fuel cells convert the gas to electricity electrochemically, without combustion, around the clock.
The package delivers electricity ready for your site’s network, with backup on standby if you choose it.
Every HELINOR installation is built from the same power block: fuel-cell modules, gas supply and electrical equipment, designed together and delivered as one.
Because the block is standard, it is prepared while your site is under construction, not after. Because it repeats, the tenth block is as predictable as the first.
HELINOR delivers the power package from gas treatment to a defined, metered medium-voltage handover. Your site EPC integrates it into the wider facility.
Standardised power blocks are built and tested in parallel with your site works.
Gas supply, fuel cells and electrical equipment arrive as one package, ready to connect.
Planned maintenance through the life of the plant, and room to add capacity as you grow.
Start with the capacity you need today. Add blocks as demand grows, with shared site infrastructure planned from day one.
A fuel cell makes electricity in an electrochemical reaction, not a flame. That one difference removes much of what makes an onsite power plant hard to permit and hard to live next to.
Low-noise operation for noise-sensitive sites, without acoustic barriers.
Low local air emissions and no exhaust-treatment plant, which simplifies permitting.
Efficient on-site generation, with useful heat to recover.
Natural-gas generation produces CO₂. Permitting remains project-specific.
Where site conditions support it, recovered heat can serve useful heating or cooling loads alongside electricity generation.
Prime power for your site, around the clock.
Recovered heat for heating, where the site or its neighbours can use it.
Heat-driven cooling, integrated where the site supports it.
Heat recovery is assessed for each site.
Three options can be added to a HELINOR power block where a project calls for them. Each is assessed for the site and has its own scope.
Natural-gas generation produces CO₂. Capture equipment can be planned into the site layout, with the CO₂ stored or used where suitable infrastructure exists.
Heat from the fuel cells is recovered for heating or cooling, on site or for neighbours, alongside the electricity.
HELINOR hydrogen fuel-cell backup on the same site, built on the same modular approach. In development, target availability 2028.
Backup powerAdd-ons are project-specific options with their own scope and are not part of the standard power package.
Tell us your power need, how you will use it and your target date.
We define the block configuration and a budget estimate.
Reserve your capacity, aligned with your EPC.
Agree the supply contract and start engineering and equipment orders.
We deliver and test the package, and support your EPC through handover.
Tell us how much power you need and when. We come back with an indicative configuration and budget estimate, at no cost.
Discuss your project