The hydrogen heater preheats the hydrogen gas introduced into the fuel cell stack, accelerating the start-up speed of the stack and quickly starting the hydrogen fuel cell vehicle.
The hydrogen heater preheats the hydrogen gas introduced into the fuel cell stack, accelerating the start-up speed of the stack and quickly starting the hydrogen fuel cell vehicle.
The hydrogen heater preheats the hydrogen gas introduced into the fuel cell stack, accelerating the start-up speed of the stack and quickly starting the hydrogen fuel cell vehicle.
The hydrogen heater preheats the hydrogen gas introduced into the fuel cell stack, accelerating the start-up speed of the stack and quickly starting the hydrogen fuel cell vehicle.
The hydrogen heater preheats the hydrogen gas introduced into the fuel cell stack, accelerating the start-up speed of the stack and quickly starting the hydrogen fuel cell vehicle.
The hydrogen heater preheats the hydrogen gas introduced into the fuel cell stack, accelerating the start-up speed of the stack and quickly starting the hydrogen fuel cell vehicle.
The function of the hydrogen refueling cooler is to reduce the temperature of the hydrogen gas injected into the hydrogen refueling machine, ensuring safe refueling.
The hydrogen liquefaction plate fin heat exchanger is a heat exchanger that exchanges heat between hydrogen and gases such as nitrogen, and cools them to a liquid state.
The hydrogen reformer converts methanol, water, and other fuels through reforming heat exchange to produce hydrogen gas.
The air heater heats the air flowing into the hydrogen production system to reach the reaction temperature.
The steam generator vaporizes the feed water into gaseous state and enters the SOEC reactor to produce hydrogen.
The air heater heats the air into the cathode of the SOFC system.
It is used for FGSS low-pressure system, with the general pressure of 6-8Bar to gasify the natural gas.
It is used for FGSS high pressure system, with a general pressure of 300Bar to gasify natural gas.