智能电网系统在替代能源电厂中的应用

Masayu Anisah, Yudi Wijanarko, Renny Maulidda, Johansyah Al Rasyid, D. Wp, M. Ramadhan, Mohammad Noviansah
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引用次数: 0

摘要

电能包含在最基本的需求中,不能与人类活动分开。发电厂生产的电能仍然以传统能源为主,因此需要使用替代能源来防止能源的限制。通常使用的替代能源是利用阳光发电的太阳能。在努力增加和利用可再生能源,研究人员寻求设计和实现一个智能电网系统的替代能源。智能电网系统允许用户通过分析要评估的直接参数来监测和控制所使用的能源。使用这种智能电网系统可以帮助克服监控方面的限制,因为它可以远程完成。本系统采用ACS712传感器检测直流负载电流,PZEM004T传感器检测交流负载电流。它通过基于物联网的互联网网络使用ESP 32进行通信,在电源直流负载测试中获得的错误率为0.012%,在电源交流负载测试中获得的错误率为0.064%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of Smart Grid System for Alternative Energy Power Plants Sources
Electrical energy is included in the most essential needs and cannot be separated from human activities. The electrical energy produced is still dominated by power plants by conventional energy sources so that the use of alternative energy is needed to prevent the limitation of energy sources. Alternative energy that is often used is a source of solar electricity that produces electricity by utilizing sunlight. In an effort to increase and utilize renewable energy sources, researchers seek to design and implement a smart grid system on alternative energy sources. The smart grid system allows users to monitor and control the energy used by analyzing the direct parameters to be assessed. Using this smart grid system can help overcome limitations in monitoring because it can be done remotely. This system uses the ACS712 sensor to detect the current at the DC load, and the PZEM004T sensor for the AC load. It communicates via an IoT-based internet network using ESP 32 with the percentage of errors obtained in the power dc load test resulting in an error rate of 0.012% and in the power AC load testing of 0.064%.
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