基于WIFI的电力管控系统设计研究

发布时间：2018-01-07 03:29

本文关键词：基于WIFI的电力管控系统设计研究　出处：《天津工业大学》2017年硕士论文　论文类型：学位论文

【摘要】：本论文主要针对城市电力供配的末端(接入家庭、企业用户的电力接口)实现网络化管理控制进行研究与设计。重点研究电力参数采集和计算、电力供配控制、物联网技术在电力上的应用、通信协议的设计。并且对智能化电力供配控制做出分析和阐述。本系统将物联网技术和电力供配管理有效的结合起来,实现了远程监测房间供电电压、电器设备的消耗电流,如果发生异常用电情况及时的通知管理人员,让管理人员第一时间了解现场的电力问题。实现了远程控制电力供给,可以帮助管理人员在不需要到现场就可以实现电力的切断和连通的动作。解决了末端电力供配浪费严重,无法实现用户的智能化需求的问题,降低了用户的人力成本,增加了管理效率。本系统的管理中心,将所有的用户电力供配信息实时存入服务器,以便用户的随时查阅,系统还加入了学习功能自动记录用户的用电情况,为用户提供合理的计划任务。本方案真正的做到了末端供配电管理远程化、网络化和智能化做出探索性的改进,为以后相关的应用提供了一个工程参考。
[Abstract]:This thesis focuses on the power supply of the city terminal (access family, enterprise user power interface) to realize network management control research and design. Focus on electric parameter acquisition and calculation, power supply and distribution control, the application of networking technology in the power of the design of communication protocol. And the intelligent power supply and distribution control and make analysis and elaboration. This system will IOT technology and power supply and distribution management are combined effectively, realizes the monitoring room power supply voltage and current consumption of electrical equipment, if abnormal electricity situation timely inform the management personnel, make the power problem management personnel at the scene of the first time to achieve the remote control of power. Supply, can help managers in do not need to can realize the power cut and connected the action scene. To solve the power supply end of serious waste, not used The demand of intelligent household problems, reducing the user's labor costs, increase management efficiency. The management center of the system, all user power supply and distribution of real time information stored in the server, so that users of the system at any time, also joined the electricity automatic learning function to record the user, provide reasonable plan for the task user. This scheme can end remote power management, network and intelligence to make exploratory improvement, provide a reference for engineering application in the future.

【学位授予单位】：天津工业大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52;TM76

【参考文献】