Comparison of cruising range of new energy electric vehicles

Comparative analysis of cruising range of new energy electric vehicles

In the new energy electric vehicle market, cruising range is a very important indicator, which is directly related to consumers’ experience. Below we will conduct a comparative analysis of the cruising range of new energy electric vehicles.

1. Main influencing factors of cruising range

First, we need to understand the main factors that affect the cruising range of new energy electric vehicles. Battery capacity is a key factor in determining the cruising range. Generally speaking, the larger the battery capacity, the stronger the car's energy storage capacity and the longer the cruising range. In addition, battery energy density is also an important consideration. The higher the energy density, the more energy can be stored under the same battery weight, and the cruising range will naturally be longer. In addition, the working efficiency of the motor will also affect the cruising range. The energy usage efficiency of the permanent magnet synchronous motor is relatively high, while the asynchronous motor is relatively low.

2. The cruising range of mainstream new energy electric vehicles

Among mainstream new energy electric vehicles, Model S is a large four-door pure electric vehicle with a cruising range of 579 or 570 kilometers. Qin EV is a cost-effective pure electric vehicle with a pure electric comprehensive operating range of 400 kilometers and a constant speed cruising range of 480 kilometers.

3. The impact of solid-state batteries on cruising range

In recent years, the development of solid-state battery technology has brought new possibilities for increasing the cruising range of new energy electric vehicles. The energy density of solid-state batteries is much higher than that of traditional liquid batteries, which means that with the same battery weight, the cruising range of pure electric vehicles can be increased to 1,200km-1,400km. In addition, solid-state batteries are safer and will not suffer from problems such as lithium dendrites and leakage, so they are considered an ideal choice for the next generation of batteries.

4. Market performance of new energy electric vehicle cruising range

In terms of market performance, the cruising range of some new energy electric vehicles has exceeded 1,200km. For example, new energy vehicles made in Chongqing are expected to have a cruising range of more than 1,200km due to the use of solid-state batteries. In addition, there are some new energy electric vehicles with excellent cruising range, such as the new energy AionLX, whose NEDC maximum cruising range reaches 650km.

The cruising range of new energy electric vehicles is affected by many factors, including battery capacity, energy density, motor efficiency, etc. With the advancement of technology, we have reason to believe that the cruising range of new energy electric vehicles will become longer and longer, thus better meeting the actual needs of consumers.