基于服务网格的三级协同电力交易系统设计与实现

Design and Implementation of Three-level Collaboration Power Market Trading System Based on Service Mesh

随着国家深化电力体制改革工作的不断推进,中长期电力交易品种和交易频次近年来也呈现快速增多的态势,新一代电力交易系统已引入云计算、微服务、大数据等最新IT技术,为了更好地提高多级电力交易系统之间的快速协同,本文提出了一个基于服务网格技术框架的三级协同电力交易系统应用设计方案,该方案优化了电力交易系统从单体架构演进到分布式架构后的复杂服务调用时的执行效率。通过多个场景的测试,验证了该方案可以降低三级电力交易系统结构复杂度、优化服务器使用开销、提升三级系统应用的性能和执行响应速度,是分布式电力交易系统优化提升的一种不错选择。

With the continuous advancement of the country’s deepening of the power system reform, the medium and long-term power trading varieties and trading frequency have also shown a rapid increase in recent years. The new generation of power trading systems has introduced the latest IT technologies such as cloud computing, microservices and big data. In order to better improve the rapid coordination between multi-level power trading systems, this article proposes an application design scheme of three-level collaborative power trading system based on service mesh technology framework. This scheme optimizes the execution efficiency of the complex service invocation after the power trading system evolves from a single architecture to a distributed architecture. Tested in multiple scenarios, it is verified that the scheme can reduce the structural complexity of the three-level power trading system, optimize server usage overhead and improve performance and execution response speed of three-level system applications. It is a good choice for optimization and improvement of distributed power trading system.