Power generation can be achieved using fossil fuels (methanol, natural gas) through reforming, or by utilizing hydrogen gas produced as a byproduct in chemical industries. The hydrogen production process is integrated with the power generation process, which is fast, safe, and solves the problem of difficult hydrogen use in some scenarios. It can be used in various settings such as factories,野外, and remote islands. The system has the advantages of wide and easy access to raw materials, high efficiency, fast response, and can be customized and designed in a modular way.
- Timeliness: Hydrogen is produced and used immediately without storage, ensuring high efficiency and safety.
- Customization: Different hydrogen production modes can be configured according to various application scenarios to specifically address power supply needs.
- Long Durability: Mature and reliable hydrogen production and power generation solutions contribute to a longer service life for the entire system.
- Extended Standby: The system supports extended periods of standby operation, offering greater flexibility in usage.
System Model Number | ENS130 | ENS1300 | ENS1-2 |
Output Power(kW) | 30 | 300 | 2000 |
Rated Output Voltage | DC24V/DC48V/AC220V/AC380V | ||
Rated Power Generation Capacity | ≥42% | ||
Operating Ambient Temperature(℃) | -30~45 | ||
Storage Ambient Temperature(℃) | -40~55 | ||
Dimensions(mm) | 5000×2438×2900 | 7500×2438×2438 | Overall Footprint 600㎡ |
Weight(t) | 4 | 16 | 150 |