Description
Parameter Details of Different Power Models
Parameter details of different power models for air-cooled hydrogen fuel cells are as follows: For general parameters applicable to all power air-cooled hydrogen fuel cells, the hydrogen pressure is 0.035~0.050Mpa, air pressure is atmospheric pressure, and the system composition includes a graphite plate hydrogen fuel cell power collection system, fan, and optional voltage inspection. The working environment specifications are: temperature 5~55℃, humidity (RH) 10%~95%, and protection class IP44. Additionally, more power can be customized, and the price includes 13% value-added tax and conventional freight in Chinese mainland (subject to confirmation by sales staff). For detailed parameters of each module: the DC-DC module has an output voltage range of 12~60V, peak efficiency ≥98%, safety functions including temperature-controlled fan, over-temperature protection, under-voltage/over-voltage protection, over-current protection, short-circuit protection (self-recovering), remote switch, and forward and reverse control, with a protection class of IP44; the FCU module features a CAN communication interface and functions such as over-current protection, voltage inspection, temperature monitoring, power monitoring, hydrogen leakage monitoring and alarm, automatic start and stop of the stack, hydrogen cylinder low-pressure protection, and hydrogen pressure monitoring; the Stack module has a single stack power range of 0~5KW and a calorific value efficiency ≥52%; the Lithium Battery module has a customizable capacity; the Hydrogen Supply module includes high-pressure hydrogen storage (carbon fiber composite hydrogen storage cylinder with 0~70L volume, 35Mpa/70Mpa pressure, and lightweight valve), customizable solid-state hydrogen storage, and requires hydrogen purity ≥99.99%.
Product Advantages
High Efficiency Performance: The stack module has a calorific value efficiency of ≥52%, and the DC-DC module has a peak efficiency of ≥98%, which can maximize energy utilization, reduce energy waste, and provide efficient power output for scientific research experiments.
Safety and Reliability: It is equipped with multiple safety protection functions, such as over-temperature, under-voltage, over-voltage, over-current, and short-circuit protection. Meanwhile, the protection class reaches IP44, which can resist the intrusion of dust and water to a certain extent, ensuring the safety of equipment and experiments.
Strong Adaptability: The working environment temperature range is 5~55℃, and the humidity range is 10%~95%, which can adapt to the environmental conditions of different scientific research scenarios and ensure stable operation in various complex environments.
Flexible Customization: In addition to a variety of fixed power models, more power can be customized. The capacity of the lithium battery module and the solid-state hydrogen storage of the hydrogen supply module can also be customized to meet the personalized needs of different scientific research projects.
