Computer Aided Model for an Off-grid Photovoltaic System Using Batteries Only

Emil Lazarescu, F. Frigura-Iliasa, M. Mirica, M. Frigura-Iliasa, L. Dolga, H. Filipescu
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Abstract

This article will present an off-grid photovoltaic energy system based on a photovoltaic element (PV), or a group of PVs, integrated in a solar battery (SB), directly connected to an electrical battery (EB) having no DC-DC adapter (use of adapters is the most common solution existing now on in this domain). This SB must be properly adjusted to the EB, not only as voltage, but it must provide also the same amount of energy as the system when operating at its classically detected maximum power operating point. This proposed technical solution is more economically justified, compared to the classic one: SB+DC-DC+EB, due to the simple fact that the DC-DC converter is no longer required at all. A simple mathematical model for the current-voltage characteristics is also presented, followed by a comparison between the classic DC-DC converter-based solution and the newly proposed one, without DC-DC converter.
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纯电池离网光伏系统的计算机辅助模型
本文将介绍一个基于光伏元件(PV)或一组PV的离网光伏能源系统,集成在太阳能电池(SB)中,直接连接到电池(EB),没有DC-DC适配器(使用适配器是目前在该领域最常见的解决方案)。这个SB必须适当地调整到EB,不仅作为电压,而且当系统在其经典检测到的最大功率工作点工作时,它必须提供与系统相同的能量。与经典的SB+DC-DC+EB相比,由于不再需要DC-DC转换器,因此提出的技术解决方案在经济上更合理。给出了一个简单的电流-电压特性数学模型,并将经典的基于DC-DC变换器的方案与新提出的不含DC-DC变换器的方案进行了比较。
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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