Fuel Cell Power Plant
Zero Emission Power Plants from a Global Leader in PEM Fuel Cell Technologies
Power covering 5kW–170 kW
Horizon can also provide cabinet installation systems covering 5kW–170kW, whereas containerized solution can be customized per customers' request, with the objective of delivering higher efficiency and optimized footprint.

5kW–10 kW

40kW–100 kW
Power delivery in at MW scale
With high reliability and durability, Horizon's fuel cell systems are suitable for stationary power generation in prime power, backup, or peak power modes. Combining modular systems in containers enables power delivery at the MW scale.

1 MW
|
System Model |
HFC-P5 |
HFC-P10 |
HFC-P40 |
HFC-P65 |
HFC-P95 |
HFC-P130 |
HFC-P170 |
HFC-P1000 |
|
Fuel Cell Technology |
PEM (Proton Exchange Membrane) |
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Installation |
Cabinet |
Container |
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Rated Output Voltage Range |
48–54 Vdc / 72–80 Vdc |
500–730 Vdc |
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Net Max. Rated Output Power |
5 kW |
10 kW |
40 kW |
65 kW |
95 kW |
130 KW |
170 kW |
1 MW |
|
Expected Life of the Fuel Cell Stack |
Max. > 25,000 |
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H₂ Purity Required |
> 99.97% , in accordance with SAE J2719 / ISO 14687-2 |
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System Efficiency @ Net Max. Rated Output Power (LHV, hydrogen in DC out ) |
≥ 50% |
≥ 44% |
≥ 42% |
≥ 43% |
≥ 42% |
≥ 42.5% |
≥ 42% |
≥ 50% |
|
Hydrogen Consumption @ Net Max. Rated Output Power |
≤ 0.3 kg/h |
≤ 0.68 kg/h |
≤ 2.85 kg/h |
≤ 4.7 kg/h |
≤ 6.7 kg/h |
≤ 9.3 kg/h |
≤ 12 kg/h |
≤ 60 kg/h |
|
Hydrogen Inlet Pressure |
6–10 barg (Minimum 2–4 barg, as requested) |
12–14 barg (Minimum 4 barg, as requested |
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Control Protocol |
CAN 2.0b (Modbus TCP/Modbus RTU on request) |
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