Fuel cell controller
The self-developed fuel cell controller (FCU,Fuel cell Control Unit) has functions such as voltage detection, current detection, temperature detection, intake pressure detection, etc., and has built-in advanced control algorithms to achieve low-delay and high-precision control of hydrogen/air supply, Significantly improve the overall efficiency of the system.
Durability
The fuel cell controller uses an advanced built-in diagnostic and maintenance module to monitor the health of the system in real time. By providing accurate fault information, we help you reduce maintenance costs and extend the life of your entire system.
Security
To ensure the safe and reliable operation of your fuel cell system under various operating conditions, our controllers have built-in multiple safety mechanisms. Through the safety module to achieve overheat protection, overload protection, short circuit protection and other functions.
Timeliness
The fuel cell controller design focuses on real-time and efficient response speed, which can adjust quickly and accurately to adapt to changes in system pressure.
Parameter Table
Summary
The self-developed fuel cell controller (FCU,Fuel cell Control Unit) has functions such as voltage detection, current detection, temperature detection, intake pressure detection, etc., and has built-in advanced control algorithms to achieve low-delay and high-precision control of hydrogen/air supply, Significantly improve the overall efficiency of the system.