ABSTRACT
In recent years, with the popularization of environmental awareness and the
advancement of technology, electric bicycles have been widely used as an efficient,
convenient, and affordable means of transportation on university campuses. However,
due to the different living environment between university campus dormitories and
ordinary residents' residences, the charging equipment for electric vehicles is often
incomplete, which brings great difficulties to students' electric vehicle charging.
Therefore, this graduation project aims to solve the problem of difficulty in charging
electric vehicles for students on university campuses, and provide more convenient
and safe charging services for teachers and students.
This study proposes an intelligent charging solution suitable for campus
environments by investigating and analyzing the charging problems of electric
vehicles on university campuses. This solution adopts advanced intelligent charging
technology and achieves automated management and monitoring of the charging
process of electric vehicles through technologies such as the Internet of Things and
mobile payment. At the same time, in order to improve the utilization and
management efficiency of the charging station, this design also introduces functions
such as appointment charging and online payment.
In the implementation process, we used WeChat mini programs as carriers,
so that teachers and students can operate anytime and anywhere through their phones.
The mini program interface is simple and clear, easy to use, and also provides a
comprehensive backend management interface, making it convenient for
administrators to manage devices and process orders. In order to ensure the safety of
the charging process, the program also adds functions such as current detection and
overload protection, effectively reducing safety hazards.
This graduation project successfully developed an efficient, convenient, and
safe college electric bicycle charging station mini program, which solved the
problems faced by college teachers and students during the charging process, and
improved the utilization and management efficiency of the charging station. At the
same time, this design also provides a feasible electric vehicle charging solution for
other universities or public places.
Key words: electric bicycles; University campuses; Difficulty in charging;
Intelligent charging technology; environment protection
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