Green Energy Power Solutions with Cost Savings and Reliability

Hy-Power

Self Recharging Fuel Cell

Renewable Energy Storage through cost effective
Hydrogen Production on-site

Hy-Power is designed to be a logistics-free backup power solution, powered by renewables, that eliminates the need  for  on-site  refuelling  and  maintenance  visits, normally required for traditional power solutions.

Hy-Power completely removes the logistic issues relating to using fossil fuel-based generators in remote locations. The AEM electrolysers produce clean and dry hydrogen, directly compressed to 35 Bar and combines the benefits of cost-efficient alkaline electrolysis with those of the flexible (polymer electrolyte membrane) PEM. With a capacity of up to 10m3 litres of hydrogen per hour, the rack mountable Electrolysers are ideally suited for on-site hydrogen generation to store surplus energy for power applications.

With Hydrogen Fuel Cell power output options ranging from 1kW to 20kW per cabinet, the Hy-Power is the ideal Long-Term energy Storage strategy for any off-grid or micro grid application. The Hy-Power requires no air conditioning, can be deployed in outdoor IP55 cabinets and is pre-installed with SDEMS, an AI based control system, which manages and optimizes energy production, energy storage and loads.

SpecificationValue
Hydrogen production500 NL/hr or 0.5 Nm³/hr
High Efficiency4.8 kWh for 1 Nm³ of H2
Output Pressure35 bar
Hydrogen Purity99.95% - 99.999%
Power Output2 kW to 20kWp per Cabinet
Hydrogen Storage 50kWh, 75kWh, 240kWh
in expandable modules.

2.5 kW FC
1 m3/hr EL

4 kW FC
1 m3/hr EL

8 kW FC
1 m3/hr EL

2.5 kW FC
0.5 m3/hr EL

4 kW FC
0.5 m3/hr EL

1 m3 per hour H2 Production 0.5 m3 per hour H2 Production
Configuration
2.5kW-0.1m3/h
4kW-1m3/h
8kW-1m3/h
2.5kW-0.5m3/h
4kW-0.5m3/h
Power Output (Charging)
2.5kW @ 48V or
24V
4kW@48V or
24V
8kW@ 48V or
24V
2.5kW @ 48V or
1.92kW@ 24V
4kW@ 48V or
2.88kW@ 24V
Rated Current
52A@ 48V or
80A @24V
83A@ 48V or
120A@ 24V
166A@ 48V or
240A@ 24V
52A@ 48V or
80A@ 24V
83A@48V or
120A@ 24V
H2 Cons.
Less than 70g per kWh .
Emissions
Water Vapor .
Operation
Altitude 0-4000m I Ambient Temp +5°C to +40°C I Humidity 10 to 90%
H2 Production (Storage)
1000 NL/hr 2.1 kg/24 hr
1000 NL/hr 2.1 kg/24 hr
500 NL/hr 1.07 kg/24 hr
500 NL/hr 1.07 kg/24 hr
500 NL/hr 1.07 kg/24 hr
Power Cons
4.8kW
4.8kW
4.8kW
2.4 kW
2.4 kW
Water Cons
0.82 L/h
0.82 L/h
0.82 L/h
0.42 L/h
0.42 L/h
Output Press
35 Bar
H2 Purity
~ 99.9% (Impurities: ~1000 ppm H2O, < 1 ppm of any N2/O2/Ar/CO/CO2)
With Dryer
> 99.999% (Impurities:< 1 ppm of any H2O/N2/O2/Ar/CO/CO2)
Water purity
< 5 µS/cm (at 25°)

H2 Storage Options

Partner with a leader in hydrogen fuel cell technology

Contact us  to discuss your hydrogen fuel cell requirements

Grid Storage, France

Hydrogen keeps this refuge in the Alps operational all year-round. Since 2015, it runs autonomously for up to 16 days without sunshine using a 2 kW fuel cell.

Electrolyser: 500 NL/hr
Storage: 5 kg

Mobile Refueling, China

Electrolysers are integrated into a mobile drone refueling station. The electrolyser produces hydrogen right onsite to refuel drones that need to be in the air for durations of over 12 hours.

Power to Gas, Australia

Solar made hydrogen is combined with CO2 which is extracted directly from the air to create renewable methane. Such “power fuel” can be used for heating and cooling, transport or industrial use.

Renewable Storage,
La Reunion Island

Only accessible by foot or helicopter, the community is energy independent with solar and hydrogen since 2017. The storage system provides 10 days of autonomy.

Electrolyser: 500 NL/hr
Storage: 3 kg

Residential MicroGrid,
Chiang Mai, Thailand

Off Grid community of 6 building with 86 kWPV solar is energy positive since operation. Power produced also operates water pumps for irrigation

Electrolyser 1m3/h

Power to Heat, Netherlands

In June 2019, the first hydrogen project for residential heating was officially opened in Rozenburg near Rotterdam. Green hydrogen is directly used to generate heat.

Electrolyser: 4,000 NL/hr

Residential MicroGrid In Münster, Germany

1x EL 2.0 in combination with a fuel cell to provide seasonal storage

Electrolyser 500m3/h
Storage 4.5kg

Telecom BTS, Lompia, Malaysia

2x EL 2.0 in combination with a fuel cell to provide fully autonomous energy 24*7

Electrolyser 1m3/h
Storage 4.5kg

Telecom BTS, Hoddies Creak Australia

2x EL 2.0 in combination with a fuel cell to provide fully autonomous energy 24*7

Electrolyser 1m3/h
Storage 4.5kg