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首页> 外文会议>Conference on sensors and smart structures technologies for civil, mechanical, and aerospace systems >Integrated Wireless Sensor Network and Real Time Smart Controlling and Monitoring System for Efficient Energy Management in Standalone Photovoltaic Systems
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Integrated Wireless Sensor Network and Real Time Smart Controlling and Monitoring System for Efficient Energy Management in Standalone Photovoltaic Systems

机译：集成无线传感器网络和实时智能控制与监视系统，可实现独立光伏系统中的高效能源管理

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摘要

In the present work, wireless sensor network and smart real-time controlling and monitoring system are integrated for efficient energy management of standalone photovoltaic system. The proposed system has two main components namely the monitoring and controlling system and the wireless communication system. Lab View software has been used in the implementation of the monitoring and controlling system. On the other hand, ZigBee wireless modules have been used to implement the wireless system. The main functions of monitoring and controlling unit is to efficiently control the energy consumption form the photovoltaic system based on accurate determination of the periods of times at which the loads are required to be operated. The wireless communication system send the data from the monitoring and controlling unit to the loads at which desired switching operations are performed. The wireless communication system also continuously feeds the monitoring and controlling unit with updated input data from the sensors and from the photovoltaic module send to calculate and record the generated, the consumed, and the stored energy to apply load switching saving schemes if necessary. It has to be mentioned that our proposed system is a low cost and low power system because and it is flexible to be upgraded to fulfill additional users' requirements.
机译：在当前工作中，无线传感器网络和智能实时控制与监控系统集成在一起，可以对独立光伏系统进行高效的能源管理。所提出的系统具有两个主要组件，即监视和控制系统以及无线通信系统。 Lab View软件已用于监控系统的实施中。另一方面，ZigBee无线模块已用于实现无线系统。监视和控制单元的主要功能是基于对需要运行负载的时间段的准确确定，来有效地控制光伏系统的能耗。无线通信系统将数据从监视和控制单元发送到执行所需切换操作的负载。无线通信系统还连续向监视和控制单元提供来自传感器的更新输入数据，并从光伏模块发送来的更新输入数据，以计算并记录所产生的，消耗的和存储的能量，以便在必要时应用负载切换节省方案。必须提到的是，我们提出的系统是一种低成本，低功耗的系统，因为它可以灵活地升级以满足其他用户的需求。

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