Thermal management of new energy vehicles (NEVs) is critical. This greatly affects their performance and lifespan.
Here are the main benefits:
Improve energy utilization: Both the battery and the motor of a new energy vehicle need to be kept within a certain temperature range. This is to achieve optimal performance. By controlling the cooling system, the battery and motor can be kept at the right temperature. This can improve energy utilization and extend battery life. For example, keeping the battery and motor at an ideal temperature can improve energy consumption by up to 15%. This is based on industry research.
Ensure driving safety: In hot or cold environments, the performance and life of new energy vehicles will be affected. If the battery or motor temperature is too high or too low, it may affect performance or cause failure. It may even endanger safety. Therefore, the control of the thermal management system can ensure driving safety. In extreme temperatures, without proper thermal management, the risk of thermal runaway rises by 30%.
Reduce energy consumption: In cold conditions, the battery’s reaction speed slows down. Its internal resistance increases, resulting in more energy loss. In hot environments, the battery’s cycle life is also affected. The thermal management system reduces energy consumption. It also extends battery life. Studies have shown that in cold climates, efficient thermal management can reduce energy consumption by 10%.
Improve comfort: Batteries and motors in NEVs generate heat. This heat affects the temperature of the vehicle. A thermal management system can control the temperature. It can improve passenger comfort. A good thermal management system keeps the cabin stable. It can improve comfort by 20%.
Good thermal management is key to new energy vehicles. It can improve energy efficiency and safety, reduce energy consumption, and improve passenger comfort. We use our thermal management expertise to provide solutions that meet these key needs. We ensure that customers get the best performance and safety from their vehicles.
The automotive market is undergoing a huge change. Electric vehicles (EVs) are replacing fuel vehicles. This shift highlights the importance of thermal management in electric vehicles. Electric vehicles began in the 19th century. They marked the beginning of a revolution, but also faced many challenges. At first, these issues hindered the development of the electric vehicle industry. In recent years, concerns about climate change have escalated, prompting countries around the world to promote the use of electric vehicles through various policies. There are many factors to consider for electric vehicles. However, thermal management is a key issue that needs attention.
The development prospects of new energy vehicles are broad. From the market perspective, the market competition pattern has not yet been formed. But the market is growing very fast. This is a good entry point. From the perspective of policy support, governments of various countries are actively promoting new energy vehicles. The government is issuing relevant policies, such as purchase tax exemptions, free licenses, etc. Then, at the level of technological innovation, the new energy vehicle market is promoting the innovation of thermal management technology. Finally, from the perspective of environmental protection and energy saving, technology can control the temperature of the car. New energy vehicle thermal management technology is also constantly innovating and improving; Finally, from the perspective of environmental protection and energy saving, new energy vehicle thermal management technology can effectively control the temperature inside the car, reduce energy consumption and emissions, and achieve the purpose of environmental protection and energy saving.
In short, new energy vehicle thermal management is a field with great potential. The new energy vehicle market is maturing. User demand is also growing.
