Application of optoelectronic coupling technology in intelligent charging control of shared vehicles

Abstract

Abstract In the context of the continuous development of various innovative technologies, the development of the photoelectric industry is also accelerating. The rapid progress of the photoelectric industry needs to rely on corresponding technical support. The use and wide coverage of photoelectric coupling technology have laid a technical foundation for the rapid development of the photoelectric industry. Considering the use characteristics of photocouplers, traditional design methods cannot meet the requirements of high-voltage and low-voltage working environments, so it is necessary to improve their performance. As time goes by, the lifestyle and needs of Chinese people are developing in a diversified direction, and the "sharing" model has received more and more attention and recognition. Shared cars are one of the industries that has developed relatively rapidly. For shared electric vehicles, solving the charging problem is extremely important. Many cities have set up charging piles, and charging technology has also made significant progress due to the development of shared electric vehicles. However, optimizing the charging situation and scheduling vehicles during driving and parking has become the primary issue facing the development of charging technology. According to the characteristics of current charging technology development, a fuzzy adaptive PID control algorithm is used to identify and automatically control vehicles during the charging process, in order to improve the charging performance of the charging pile.