能源互联网内多类设备协同运行的能量管理系统软件设计

针对能源互联网中的海量分布式设备和电动汽车的需求，利用C#和Java编程语言设计并开发面向能源互联网的能量管理系统。该系统采用典型B/S 架构，以Asp.Net动态网页开发技术和数据库技术为核心，由云端后台算法、云端服务器的MySQL数据库、前端的网页三大部分构成。详细介绍了软件平台的系统框架，分为上下两层。其中，上层为日前-实时协同的多时间尺度能量管理系统模块，下层包含分布式设备协调控制子系统和电动汽车协调控制子系统。最后，通过仿真算例分析，能量管理系统能对海量的分布式设备和电动汽车进行优化调度，验证了该软件的可移植性、有效性和实用性。

The Software Design of Energy Management System for the Collaborative Operation of Multiple Types of Devices in the Internet of Energy

This paper presents the design and development of an energy management system for the Internet of Energy using C# and Java programming language for the needs of massive distributed devices and electric vehicles in the Internet of Energy. The system adopts the typical B/S framework, with Asp.Net dynamic web development technology and database technology as the core, consisting of cloud background algorithm, cloud server MySQL database and front-end web page. The paper gives a detailed introduction of the system framework which is divided into upper and lower layers. Among them, the upper layer is a multi-time scale energy management system module with day-ahead-real-time coordination while the lower layer includes three main subsystems: distributed equipment coordination control subsystem, electric vehicle coordination control subsystem and visual geographic wiring module. Finally, the analysis of simulation examples shows that the multi-time scale energy management system can optimize the scheduling of large-scale distributed equipment and electric vehicles, which verifies the portability, effectiveness and practicability of the software.