Investigation of Grid Connected PV System with Electrial Appliances, Electric Vehicles and Battery Systems using PVsol Software

M. Pushpavalli, P. Abirami, P. Sivagami, V. Geetha
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引用次数: 3

Abstract

. Three different Modules areas considered for PV panels which is connected to grid, Electric appliances, Electric Vehicles and battery system in turn analyzed using PV sol simulation. The Main Objective of this paper is before implementing the PV panel in real time, examine the overview set-up of the system i.e. Module areas of the PV panel with different tracking methods along with Climate data for the particular location. This is Further investigated with number of PV modules needed for the required output. The overall system identified with the total number of inverters and battery systems. This system also analyzes the energy forecasting over a period of year and utilized for battery charging, Electric Vehicle Charging, Grid feeding and consumption for appliances. The system not only focus the technical aspects but also the emission of CO2 avoided, Financial analysis like investment costs and return on assets.
基于PVsol软件的电器、电动汽车和电池并网光伏系统的研究
. 利用PV溶胶模拟分析了连接电网的光伏板、电器、电动汽车和电池系统的三个不同模块区域。本文的主要目标是在实时实施光伏板之前,检查系统的总体设置,即光伏板的模块区域使用不同的跟踪方法以及特定位置的气候数据。这将进一步研究所需输出所需的PV模块数量。整个系统确定了逆变器和电池系统的总数。该系统还分析了一段时间内的能源预测,并将其用于电池充电、电动汽车充电、电网供电和电器消费。该系统不仅关注技术方面,还关注避免的二氧化碳排放量,投资成本和资产回报率等财务分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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