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Kaori ExploreHydrogen Fuel Cell Power System

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The Explore hydrogen fuel cell power system is an advanced energy solution that utilizes a hydrogen fuel cell generator to produce electricity through the reaction between supplied hydrogen and oxygen from the air. The system's byproduct is merely pure water, emphasizing its zero carbon emissions. This system integrates a reforming-type hydrogen generator by KAORI, supplying hydrogen derived from methanol water or natural gas. These input materials are characterized by low environmental impact, high power density, and ease of storage and transport. The hydrogen fuel cell system is versatile, serving effectively as an emergency backup and auxiliary power across isolated or integrated settings. Its design replaces traditional, high-pollution diesel engines and cumbersome hydrogen cylinders. It's further enhanced by KAORI's remote monitoring capabilities, promoting its role in sustainable energy applications. Its long-term operational stability provides users with a reliable, green, high-efficiency energy solution.
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A fuel cell power generator is a device that supplying electricity by the reaction of supplied hydrogen and oxygen in the air, and its emission is pure water only.

KAORI's reformating-type hydrogen generator supplies hydrogen, then consumed instantly from input material. These two devices co-work as hydrogen fuel cell power systems, which is safe, green, high efficiency. With its long-term stability, it serves well as an emergency backup, auxiliary power, as in isolated or integrated power systems.

Replacing the high-pollution diesel engines and bundles of hydrogen cylinders, the input material can be methanol water or natural gas, which is low environmental hazards, high power density, and easy storage/transportation. Further with Kaori's remote monitor system allow the green energy usable everywhere.

  • Environmentally friendly, low pollution, low noise, small size
  • Rapid production of hydrogen, fast power switching response
  • With variable load function to save fuel usage
  • Long-term operation of power supply improve stability and security
  • Long service life, low maintenance cost
  • Diagnosis with advanced remote configuration software
  • Modular design applicable for various application requirements 
  • The methanol conversion rate and utilization rate are high. The energy efficiency of the whole system can be up to 46% based on the high calorific value of methanol.
  • Using methanol as a fuel, the existing gasoline and diesel filling system can be used to complete the methanol distribution and filling, eliminating the need for an expensive hydrogen refueling station and avoiding the inefficiency and safety problems in hydrogen storage and transportation.
  • The output current density is comparable to that of a pure hydrogen fuel cell.
The power generation system uses methanol water for reforming and purifying to generate hydrogen, and then hydrogen is introduced into the fuel cell to generate electricity(Rated power : 4.2 kW).
  • Rated Power: 4.2 kW
  • Coolant: Water
  • Voltage Output: 48 ~ 55 Vdc
  • Ambient Temperature: 5°C ~ 40°C
  • Energy Bridg: VRLA batteries (Pb type)
  • Dimension (W x D x H): 650mm x 900mm x 1750mm
  • Noise: ? 70db (@ 1.5m)
  • Fuel Type: Methanol Water
  • Fuel Consumption: ~ 130g/min
  • Fuel Concentration: 59.0 ~ 59.9%
  • Weight: 380 ~ 400 kg
  • Power Consumption (standby mode): < 80W
  • Cold Start Time: < 40 min
  • Exhaust Gas Composition: CO < 0.2% ; H2 < 1%