Hydrogen Vehicle Testing
The drivetrain of hydrogen cars differs from pure electric vehicles due to energy storage. While pure electric vehicles uses a battery as energy storage, the hydrogen-powered vehicle uses hydrogen as energy storage which is converted to electric power via a fuel cell.
The drivetrain also includes a so-called super capacitor which stores power for short time peak loads (up to 2000 A) and a battery pack.
The testing of hydrogen cars affords a couple of AC and DC power measurements. To determine the efficiency of hydrogen cars, we need additional measurements, like the voltage, current and hydrogen flow.
The drivetrain of hydrogen cars differs from pure electric vehicles due to energy storage. While pure electric vehicles uses a battery as energy storage, the hydrogen-powered vehicle uses hydrogen as energy storage which is converted to electric power via a fuel cell.
The drivetrain also includes a so-called super capacitor which stores power for short time peak loads (up to 2000 A) and a battery pack.
The testing of hydrogen cars affords a couple of AC and DC power measurements. To determine the efficiency of hydrogen cars, we need additional measurements, like the voltage, current and hydrogen flow.
