Description: With the national energy shortage and the enhancement of environmental awareness, new energy vehicles have achieved rapid development. Extended-range hybrid vehicles can reduce fuel consumption and realize energy recycling on the one hand, and solve the problem of insufficient mileage of pure electric vehicles on the other hand. As the carrier of energy transmission for extended-range hybrid vehicles, the safety, reliability and stability of high-voltage wire harnesses are crucial to the electrical safety of the high-voltage system of the whole vehicle.
According to the layout diagram of each high-voltage electrical component of the whole vehicle, determine the electrical characteristics of the high-voltage components connected to the high-voltage wire harness, including rated operating current, peak operating current, peak power, duration, rated power, peak power, etc. And select the cable model with appropriate size and reasonable temperature in combination with the ambient temperature of the wiring harness layout.
The internal environment of hybrid vehicles is complex, and the cable needs to adapt to a wide temperature range. At the same time, due to the influence of the cable's own resistance, when a large current flows for a long time, it will generate high heat, so the cable temperature resistance is an important factor in selecting the cable model.
Whether it is hybrid, all-electric or fuel cell, all these types of vehicles require automotive wires and cables to handle extreme load currents. Our high-voltage (HV) cables can meet all electrical, thermal and mechanical requirements very well.
Learn more about the technical features of hybrid cable harnesses: https://www.omgevcable.com/ev-cables/478.html