基于微服务的“互联网+”智慧能源服务平台设计与实现

  目的  面对“互联网+”智慧能源发展的机遇与挑战，众多能源企业都在探索转型，打造繁荣的能源生态圈，其中一项重要手段是运用互联网思维和云大物智移链等技术，构建开放共享、敏捷灵活的能源服务平台。  方法  针对能源服务平台扩展快、业务多变、可靠性要求高等特点，分析了传统单体式架构的不适应性，并提出应用互联网行业流行的微服务技术进行平台构建，阐述了一种基于微服务的“互联网+”智慧能源服务平台设计和实现的技术方法及要点。  结果  作者基于该方法构建了“互联网+”智慧能源服务平台，在此基础上建设了多个面向不同用户的能源互联网应用，实现了业务微服务的动态扩展。  结论  实践和测试结果表明基于微服务搭建的“互联网+”智慧能源服务平台具有良好的扩展性、可靠性以及部署的灵活性，可以支撑“互联网+”智慧能源业务应用的快速发展。

Design and Implementation of "Internet Plus" Smart Energy Service Platform Based on Microservice Architecture

  Introduction  Faced with the opportunities and challenges of the development of "Internet plus" smart energy, many energy companies are exploring transformation to build a prosperous energy ecosystem. One way is to build an open, shared, agile and flexible energy service platform by using Internet thinking and technologies.  Method  According to the fast expansion,variability,high reliability requirements of energy service platform, this paper analyzed the incompatibility of traditional monolithic architecture, and proposed the application of microservice architecture for platform construction. Then we introduced the methods and key points of the design and implementation of a micro-service-based "Internet plus" smart energy service platform.  Result  Based on this method, the author constructed the "Internet plus" smart energy service platform and built multiple energy Internet applications for different users, and implemented the dynamic expansion of business microservice successfully.  Conclusion  It shows that the "Internet plus" smart energy service platform based on microservice has good scalability, reliability, and deployment flexibility. The platform can support the rapid development of "Internet plus" smart energy business applications.