The design of an electric drive
Electrical energy is stored in a rechargeable battery. Devices termed inverters convert the battery’s direct current into alternating current for driving the electric motor. The more efficient conversion is, the longer a car can travel when a battery is fully charged. Finally, an electric motor converts electrical energy into mechanical energy: The e-motor obtains this energy to generate magnetic fields. Their attractive and repellent forces produce a rotational motion. Other core components of an e-car are the DC-DC converter. It converts the battery’s high voltage (100-400 volts or more) efficiently into a far lower voltage (12 or, if applicable, 48 volts) for electronic components. BE9104 BE9105 BE9106 BE9107 BE9108 BE9109 BE9110 BE9111 BE9112 BE9113 BE9114 BE9115 BE9116 BE9117 BE9118 BE9119 BE9120 BE9121 BE9122 BE9123 BE9124 BE9125 BE9126 BE9127 BE9128 BE9129 BE9130 BE9131 BE9132 BE9133 BE9134 BE9135 BE9136 B...
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