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Internet-based monitoring and protection on PV smart grid system

机译:基于互联网的光伏智能电网系统监控与保护

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Smart Grid system based on PV development is an effort to increase the efficiency of energy use. Hence the need for tools that can perform protection and monitoring of the use of electric power should be manage optimally. This tool is able to monitor the current and voltage on the load by using current and voltage sensors, then the data is converted into power (P). This system is also capable of performing power protection to the load so that if the power supplied by the power supply exceeds the power specifications on the burden of this protection system will disconnect the load from the power supply. In this study the method used in monitoring and protection mechanism using wireless communication via internet with ESP 8266 wifi module which can be accessed through website. This tool is capable of reading up to 5A current changes with an error readings on ammeters by 2.4% and the change in voltage up to 30V with an error in the voltmeter readings of 0.073%. The data read on the microcontroller will be stored on the memory card such as data loggers and some are sent to the web service is available to do the monitoring. The protection system in the tool uses the relay, the relay has a swtiching response at speeds of 54 ns. This system can be used for the control and protection mechanisms of future smart grid networks based on IoT (Internet of Things).
机译:基于光伏技术发展的智能电网系统旨在提高能源利用效率。因此,应该对能够执行保护和监视电力使用情况的工具的需求进行最佳管理。该工具能够使用电流和电压传感器监视负载上的电流和电压,然后将数据转换为功率(P)。该系统还能够对负载执行电源保护,因此,如果电源提供的功率超出电源规格​​,则该保护系统的负担将使负载与电源断开连接。在这项研究中,该方法用于通过ESP 8266 wifi模块通过Internet进行无线通信来监视和保护机制,该方法可通过网站进行访问。该工具能够读取高达5A的电流变化,电流表的误差读数为2.4%,电压变化的电压高达30V,电压表读数的误差为0.073%。在微控制器上读取的数据将存储在诸如数据记录器之类的存储卡中,并且一些数据将发送到可用于进行监视的Web服务。工具中的保护系统使用继电器,该继电器在54 ns的速度下具有旋转响应。该系统可用于基于IoT(物联网)的未来智能电网的控制和保护机制。

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