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CSB9000
9kW Fuel Cell Power Generator
The CSB9000 adopts a modular structure design, allowing flexible configuration of different power level stacks,with a maximum configuration of 9kW. It can achieve one-key startup and integrates various power requirements for DC/AC and DC/DC. Compared to traditional diesel engine power, it has advantages such as low noise and environmental friendliness. Compared to battery power, it offers higher energy density and reliability. In scenarios with higher power demands, it can operate in parallel with multiple units.
The CSB9000 adopts a modular structure design, allowing flexible configuration of different power level stacks, with a maximum configuration of 9kW. It can achieve one-key startup and integrates various power requirements for DC/AC and DC/DC. Compared to traditional diesel engine power, it has advantages such as low noise and environmental friendliness. Compared to battery power, it offers higher energy density and reliability. In scenarios with higher power demands, it can operate in parallel with multiple units.
System Working Principle
The hydrogen supply system provides the hydrogen needed for fuel cells, where hydrogen reacts with oxygen from the air inside the fuel cell stack to generate electricity through a chemical reaction. DC/DC and DC/AC converter units convert the variable voltage generated by the fuel cell stack into the voltage required by the load. The main control unit is responsible for signal acquisition, DC/DC output management, alarms, stack protection, communication interfaces, automaticstartup, manual startup, and other functions.
System Working Principle
The hydrogen supply system provides the hydrogen needed for fuel cells, where hydrogen reacts with oxygen from the air inside the fuel cell stack to generate electricity through a chemical reaction. DC/DC and DC/AC converter units convert the variable voltage generated by the fuel cell stack into the voltage required by the load. The main control unit is responsible for signal acquisition, DC/DC output management, alarms, stack protection, communication interfaces, automaticstartup, manual startup, and other functions.
| Rated output power | 9kW |
| Output voltage | 12VDC, 24VDC, 380VAC off-grid |
| Output frequency | 50Hz |
| Hydrogen inlet pressure | 60kPa |
| Hydrogen conversion efficiency | ≥40% |
| Dimension | (L×W×H)700×650×1400mm |
| Weight | ≤210kg |
| Hydrogen purity | ≥99.99% |
| Hydrogen consumption | 0.72Nm /kWh |
| Operatin temperature | -20~55℃ |
| Storage temperature | -5~55℃ |
| Operating environment humidity | 0~95%RH |
| Ingress protection | IP44 |
| Communication interface | CAN2.0B |