Number of Types
HyperGen MGT
Piston
MGTs
Wind
Solar
Fuel Cell
Hydro
Maintenance Costs (£/kWh)
HyperGen MGT
Piston
MGTs
Wind
Solar
Fuel Cell
Hydro
Maintenance Interval (Hours)
HyperGen MGT
Piston
MGTs
Wind
Solar
Fuel Cell
Hydro
Lifetime (Hours)
HyperGen MGT
Piston
MGTs
Wind
Solar
Fuel Cell
Hydro
Thermal Conversion (%)
HyperGen MGT
Piston
MGTs
Wind
Solar
Fuel Cell
Hydro
Electrical Conversion (%)
HyperGen MGT
Piston
MGTs
Wind
Solar
Fuel Cell
Hydro
Emissions in Operation (kgCO2/kWh)
HyperGen MGT
Piston
MGTs
Wind
Solar
Fuel Cell
Hydro
Emissions in Manufacture (kgCO2/kWh)
HyperGen MGT
Piston
MGTs
Wind
Solar
Fuel Cell
Hydro
Capital Cost (£/kW)
HyperGen MGT
Piston
MGTs
Wind
Solar
Fuel Cell
Hydro
The Problem
Diesel generators remain the go-to choice for off-grid and backup power, but they come at a heavy cost. Every litre burned releases about 2.68 kg of CO₂ (EPA, 2024), and billions of litres are consumed yearly to keep the lights on.
The Solution
HyperGen replaces outdated piston-based diesel generators with a cleaner alternative: micro gas turbine technology. Compact and efficient, our multi-fuel system can run on locally available, clean fuels, delivering reliable and scalable power with significantly reduced emissions.
Why we’re different
Clean Multi-Fuel
Runs on a variety of fuels, including biofuels, biogas, biomethane, methanol, natural gas, and hydrogen blends (future-ready).
Clean Emissions
Lower CO2, NOx, and harmful particulate emissions than diesel generators and compliant with EU Stage V standards.
High Efficiency
Delivers higher thermal and electrical conversion efficiency compared to diesel generators.
Modular Design
Lightweight, adaptable, and scalable, from up to 2 MW of minigrid systems.
Low Maintenance
Fewer moving parts than piston engines, reducing wear and servicing needs.
Combined Heat & Power (CHP)
Generates both electricity and usable heat for maximum energy recovery.