Smart electric vehicle charging control system based on Go language

In recent years, with the continuous popularization of environmental protection concepts and the gradual popularization of new energy vehicles, the demand for smart electric vehicle charging control systems has continued to increase. As an efficient, concise and safe programming language, Go language has gradually become the language of choice for developing such systems. Therefore, this article will discuss the smart electric vehicle charging control system based on Go language.

1. The main functions of the smart electric vehicle charging control system

The smart electric vehicle charging control system mainly implements the following functions:

1. Realize remote control of electric vehicle charging piles Control and monitoring, including remote start, stop and other operations.

2. Intelligent control of charging power, intelligent fast charging and slow charging control of electric vehicles, and intelligent control by adjusting charging voltage and current.

3. Support data collection and analysis, monitor the charging progress and status of electric vehicles in real time, and perform statistical analysis on the use of charging stations to achieve reasonable allocation of charging station resources.

4. Support user account management to achieve safe and reliable charging services.

2. Advantages of Go language

As an emerging programming language, Go language has advantages in the following aspects:

1. It is efficient and supports multi-core concurrency. There are many Performance optimization features to avoid resource usage and memory leaks.

2. Concise, simple syntax, easy to learn, small amount of code, and easy to maintain.

3. Security. The type system of Go language and Garbage Collector effectively prevent vulnerabilities caused by memory leaks and buffer overflows.

4. Cross-platform, programs written in Go language can run on different operating systems, such as Windows, Linux, Mac, etc.

The above advantages make the Go language have good application prospects in the development of smart electric vehicle charging control systems.

3. Technical architecture of smart electric vehicle charging control system

1. Front-end Web interface

The front-end Web interface is the entrance to the entire system and can realize remote control of charging piles and monitoring. The front-end uses the Vue framework to build a responsive and interactive front-end interaction, connects to the back-end API, and updates the charging status, progress, power and other data of the electric vehicle in real time through the front-end and enables remote control of the charging pile.

2. Back-end Go language

As the core of the entire system, the back-end uses Go language to realize important functions such as intelligent control of charging power, data collection and analysis.

The intelligent control of charging piles mainly realizes intelligent control of charging power through the control of charging piles to avoid problems such as overcharging and too slow charging speed. The control module implemented through the Go language can achieve the purpose of intelligent charging by controlling the charging voltage and current.

Data collection and analysis are an indispensable and important part of the intelligent charging control system. This part is mainly implemented through the coroutine mechanism of the Go language. Multiple coroutines are established to perform data collection and statistical analysis in the background. , and caches the results to achieve real-time monitoring and statistics of charging station usage, and provides data to support reasonable formulation and scheduling of charging station resources to ensure full utilization of charging station resources.

3. Database

This system uses MySQL as the database to store user data, charging pile data, etc. Go language realizes the operation of the database by reading and writing the database.

4. Summary

This article introduces in detail the smart electric vehicle charging control system based on Go language and the technical architecture involved in the system. Because the Go language has the advantages of high efficiency, simplicity, security, and cross-platform, it is especially suitable for complex scenarios such as real-time processing, concurrent tasks, and large-scale data. Therefore, the Go language has very good advantages in the development of smart electric vehicle charging control systems. Application prospects.

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