电网与清洁能源2013,Vol.29Issue(2) :22-26,32.

基于Android的户用微网EMS客户端软件

EMS Client Software for Household Micro-Grid Based on Android

黄秀琼 朱坤 赵凤展
电网与清洁能源2013,Vol.29Issue(2) :22-26,32.

基于Android的户用微网EMS客户端软件

EMS Client Software for Household Micro-Grid Based on Android

黄秀琼 1朱坤 2赵凤展2
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作者信息

  • 1. 广西电网公司,广西南宁530023
  • 2. 中国农业大学信息与电气工程学院,北京 100083
  • 折叠

摘要

户用微网EMS(能量管理系统)主要是针对小型的、单用户的微电网系统.结合户用微网的特性,软件主要监控分布式电源、负载和储能单元的实时运行数据,综合分析各单元发用电数据,同时协调与控制各单元的工作.采用基于集操作系统、中间件和关键应用为一体的Android系统所设计的智能手机软件平台,改变了传统的微网EMS基于B/S结构设计,采用标准的JavaEE平台进行开发的特点,克服了必须有独立的PC机来支持运行和访问的弊端.建立了户用微网能量管理系统客户端软件的基础功能模型.总结了便携式终端设备可随时方便灵活地进行数据访问和远程控制的特点,提出了智能户用微网业务管理的新方法和建议.

Abstract

The EMS (energy management system) of households with micro-grid is mainly for the small and single-user micro-grid system. Based on the feature of households with micro-grid, the software as described in this paper is mainly used to monitor the real-time operation data of the distributed power, load and energy storage unit, and at the same time it integrates and analyzes the power generation data and coordinates and controls the operation of each unit. By using the Android system which is based on operating system, middleware and key applications to design smart phone software platforms, the software has changed the traditional structure design of the EMS of micro-grid; by using the standard JavaEE, it has overcome the shortcoming that otherwise an independent PC would be needed to support the operation and access. In addition, the basic functional model of EMS of households with micro-grid is established The paper summarizes the features such as convenience and flexibility of of the portable terminal for data access and remote control, and puts forward new methods and recommendations for management of intelligent households with micro-grid.

关键词

Android/户用微网/EMS/客户端软件

Key words

Android/household micro-grid/EMS/client software

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基金项目

国家高技术研究发展计划(863计划)(SS2012AA050217)

南方电网技术项目(K-GX2011-006)

出版年

2013
电网与清洁能源
西北电网有限公司 西安理工大学水电土木建筑研究设计院

电网与清洁能源

CSTPCD
影响因子:1.122
ISSN:1674-3814
被引量1
参考文献量10
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