Fuel Cell Module - Company Ranking(5 companyies in total)
Last Updated: Aggregation Period:Jul 23, 2025〜Aug 19, 2025
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Company Name | Featured Products | ||
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Product Image, Product Name, Price Range | overview | Application/Performance example | |
![]() Hydrogen fuel cell module 2.5kW, 5kW
5 million yen-10 million yen |
(Product Specifications) Maximum Output: 2.5kW @ 20°C and 101.3 kPa (Achieves 5.0kW with two units operating in tandem) Output Current: 0~47A @54V Output Voltage: 43.2 ~ 57.6 VDC, adjustable Ripple Voltage: ±1V Controller Dimensions (WxDxH): 430mm x 550mm x 88mm Fuel Cell Stack Dimensions (WxDxH): 430mm x 550mm x 356mm Controller Weight: 13.5 kg Fuel Cell Stack Weight: 40.3 kg Operating Environment Temperature: 0⁰C to +45⁰C Operating Environment Humidity: 0‐95%, no condensation Communication Standard: RS232 Cooling Method: Forced air cooling Hydrogen Injection Pressure: 0.055-0.075 MPa Recommended Hydrogen Purity: 99.995% or higher Fuel Consumption: 0.78 Nm3/kWh or less (average at maximum load) Startup Time: Less than 2 minutes Instantaneous Maximum Output: 3.5kW Temperature Derating: -1.25%/°C (above 40°C) Altitude Derating: -3.5%/500m (above 1000m) Storage Temperature: -20⁰C ~ +50⁰C | By supplying hydrogen from hydrogen cylinders, electricity can be easily generated. Starting with hydrogen supply from hydrogen cylinders, you can utilize surplus hydrogen generated in factories and hydrogen obtained by reforming methanol, making it an environmentally friendly and quiet generator. | |
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- Featured Products
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Hydrogen fuel cell module 2.5kW, 5kW
- overview
- (Product Specifications) Maximum Output: 2.5kW @ 20°C and 101.3 kPa (Achieves 5.0kW with two units operating in tandem) Output Current: 0~47A @54V Output Voltage: 43.2 ~ 57.6 VDC, adjustable Ripple Voltage: ±1V Controller Dimensions (WxDxH): 430mm x 550mm x 88mm Fuel Cell Stack Dimensions (WxDxH): 430mm x 550mm x 356mm Controller Weight: 13.5 kg Fuel Cell Stack Weight: 40.3 kg Operating Environment Temperature: 0⁰C to +45⁰C Operating Environment Humidity: 0‐95%, no condensation Communication Standard: RS232 Cooling Method: Forced air cooling Hydrogen Injection Pressure: 0.055-0.075 MPa Recommended Hydrogen Purity: 99.995% or higher Fuel Consumption: 0.78 Nm3/kWh or less (average at maximum load) Startup Time: Less than 2 minutes Instantaneous Maximum Output: 3.5kW Temperature Derating: -1.25%/°C (above 40°C) Altitude Derating: -3.5%/500m (above 1000m) Storage Temperature: -20⁰C ~ +50⁰C
- Application/Performance example
- By supplying hydrogen from hydrogen cylinders, electricity can be easily generated. Starting with hydrogen supply from hydrogen cylinders, you can utilize surplus hydrogen generated in factories and hydrogen obtained by reforming methanol, making it an environmentally friendly and quiet generator.
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