The new energy vehicle has entered the era of rapid development in the past year. Many new energy car brand sales are growing rapidly. Behind this growth are technological changes in new energy electric vehicles, from battery life capacity, motor systems, battery management systems, vehicle systems, and precision electrical use in automotive electronics. These developments are the necessary technical basis for the development of new energy electric vehicles, which is also the foundation for the new energy electric vehicles to enter the 2.0 era of development.

 

 

At present, the booming situation of the production and sales of new energy vehicles has promoted the vigorous development of new energy ecology, and new energy vehicles are entering the 2.0 era of high quality development. Electric and intelligent two-wheel drive make new energy cars not only more technologically profound, but also more suited to the needs of consumers in a new era, so that they can benefit from the huge explosion of the consumer market faster and more effective. It has become the consensus of the whole industry to carry out fully electric vehicle electrolysis. The standardization and intelligence of electric vehicle have been recognized in the industry, which is also an important factor in the development of electric vehicle 2.0.
 

 

On the other hand, the consumption of new energy vehicles on battery miles, charging piles and so on is just a prelude to the whole process. In autopilot, in the cockpit of electronic and information entertainment systems, Vehicle electrification is an important subversive trend that can not be ignored. The technological progress of electric vehicles should be two-line combat: one is battery, motor, electronic control to protect the basic functions of the car. The other is the future competition focused on information, network connection, intelligence, and finally driverless. Therefore, many people in the industry believe that new energy vehicles are the most suitable carrier for information, intelligence and network connection. In system design, it is necessary to place more emphasis on the research and development of chips, algorithms and electronic components.

 

 

At present, many new energy vehicle manufacturers are beginning to develop a 2.0 era of layout. Many cars have indicated that they have increased their investment and research and development efforts in the use of high-precision resistors, capacitors, new battery technologies, and battery management systems, in particular, the development of battery management systems and the use of precision resistors. With reference to Tesla's use of precision shunt and battery management system upgrading of the existing ones, new energy vehicle manufacturers also try to use high-end precision resistor for BMS.