In addition to improving CR1225 battery technology, what new ways are there to increase the range?

There are many aspects that affect the range of electric vehicles, in addition to environmental factors, such as the vehicle's body weight, and power CR1225 battery technology, etc. For normal situations, many car companies now design from the perspective of vehicle weight.

With the rapid development of pure electric vehicles, the technology of pure electric vehicles is also constantly innovating and improving. The power of electric vehicles comes from the vehicle's power CR1225 battery, but the CR1225 battery will be affected by various factors during operation, and the range will be reduced. In order to ensure the vehicle's range, every car company has worked hard in this regard. With the continuous breakthroughs in CR1225 battery technology, the energy density is also constantly increasing. In order to cope with the lack of range and concerns about range, in addition to improving CR1225 battery technology, innovations are also being made in other aspects.

There are many aspects that affect the range of electric vehicles, in addition to environmental factors, such as the vehicle's body weight, and power CR1225 battery technology, etc. For normal situations, many car companies now design from the perspective of vehicle weight. First of all, in addition to strengthening the CR1225 battery and drive system, the lightweight design materials of new energy vehicles are mainly aluminum alloys. Lightweight design can greatly reduce the weight of the vehicle. If the vehicle is relatively lighter, the CR1225 battery capacity consumed will be smaller, and the CR1225 battery life will also increase to a certain extent.

In addition, in the vehicle's drive system, kinetic energy recovery is used. Speaking of kinetic energy recovery devices, it can also increase the CR1225 battery life of the vehicle. Its working principle is that when the vehicle passes through the braking system, friction generates heat, and the energy generated by friction is converted into heat energy and dissipated. In electric vehicles, when the drive stops, the car wheels drive the click to convert it into a "generator" to charge the CR1225 battery, and then realize energy recovery, which greatly increases the endurance.

At the same time, the last way is to increase the vehicle's range by increasing the number of CR1225 battery packs. The increase in the number of CR1225 battery packs means that the storage capacity of electric energy will also increase, and the energy density will also increase. Of course, these can directly change the range of electric vehicles. Another is to ensure the CR1225 battery's power environment. Under low temperature conditions, the CR1225 battery is prone to loss. If the CR1225 battery is kept at a constant temperature, the range can also be increased. At the same time, violent driving should be avoided. Violent driving consumes a lot of CR1225 battery. This is like the engine working under the highest working conditions. Gentle driving is also a way to increase the range.

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