Increase efficiency of solar photovoltaic system by data acquisition process

S. Parashar, S. Dhankhar
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引用次数: 3

Abstract

In current scenario, renewable energy sources helps to make the environment greener and better. Currently, solar energy is the most available resource of renewable energy. This paper mainly represents the working principle of solar photovoltaic system and way to increase efficiency of the solar system using a method known as the data acquisition system. Data acquisition is a process to monitor changes in system, collect corresponding data and analyze data to make a decision. The data acquisition system has two parts, data acquisition board that contains Microcontroller Kit, ADC, and RS-232 and Zigbee communication modules. Another part is running on a host computer that has a set of software tools as Keil, Proteus, and Visual Basic 6.0 help to analyze and store data. Zigbee communication helps in wireless data transfer without any communication cost. Complete experiment and the result show the data acquisition designed is simple and stable.
通过数据采集过程提高太阳能光伏系统的效率
在目前的情况下,可再生能源有助于使环境更环保,更好。目前,太阳能是可用性最高的可再生能源。本文主要介绍了太阳能光伏系统的工作原理,以及如何利用数据采集系统的方法来提高太阳能系统的效率。数据采集是监测系统的变化,收集相应的数据,并通过分析数据做出决策的过程。数据采集系统由两部分组成,数据采集板包含微控制器套件、ADC、RS-232和Zigbee通信模块。另一部分在主机上运行,主机上有一组软件工具,如Keil、Proteus和Visual Basic 6.0,帮助分析和存储数据。Zigbee通信有助于在没有任何通信成本的情况下进行无线数据传输。实验结果表明,所设计的数据采集系统简单、稳定。
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