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+7 495 181 96 96
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Complex solutions for hydrogen electric propulsion (fuel cell systems, electrolyzers, filling stations) for municipal, commercial, warehouse and other transport

ASTRA
Rated electric power – 100 kW
Load modulation – 40-100%
Heat cogeneration – 90 kW
Fuel – H₂ (sort D)
Weight – 70 kg
Lifetime – 20,000–40,000 hrs


Astra Module

Hydrogen fuel cell systems
Hydrogen filling stations
Hydrogen production plants
InEnergy offers its customers comprehensive solutions that include both hydrogen fuel cell systems or generators for any type of transport and related infrastructure including hydrogen filling stations and systems that produce hydrogen from natural gas by steam reforming or from water by electrolysis.
Single solution for hydrogen production, filling and use
Power supply from electrochemical generators and hydrogen reserves for wheeled passenger, river and municipal vehicles with different operating cycles
Refilling of public transportat, municipal and passenger vehicles
Hydrogen production by natural gas reforming or water electrolysis
Applications
  • City buses
  • Commercial transport (delivery services)
  • Municipal vehicles
  • Forklifts
  • Motorcycles, scooters, golf carts, buggies
Automobile transport
  • Locomotives and trains
  • Power supply for infrastructure facilities
  • Trams
Railway transport
  • Passenger ships
Water transport
  • Light airplanes and drones
  • Helicopter-type airplanes and drones
  • Quadcopters
Air transport
  • Backup power supply
  • Replacement of diesel generators
  • Distributed electricity generation in households
  • Autonomous micro- and mini- power supply networks
Stationary applications
References
MTS: Base station backup power system
Russian Railways: Laboratory complex "Hydrogen Cluster"
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Technology

Electrochemical generators based on fuel cells
with proton-exchange membranes (PEM FC) convert chemical energy of hydrogen directly into electricity with zero emission.

More efficient than internal combustion engines.

Absence of moving parts makes fuel cells reliable and noiseless.

Sustainable energy – no other exhaust besides
pure water vapor.

Fuel cell systems with microtubular solid oxide fuel cells (SOFC)
Electrochemical energy storage systems (ESS) based on redox flow batteries, hybrid ESS combining redox flow batteries and lithium-ion batteries
Three development vectors of educational technologies: equipment production, methodological support and organization of competitions
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