光伏自用发电系统的研究

Z. Zarkov, V. Milenov
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引用次数: 0

摘要

为了减少电网的能源消耗,住宅和工业建筑的自我消耗是很重要的。随着能源价格的上涨,越来越多的消费者开始安装光伏系统供自己使用。自耗系统有一些具体的困难,以解决有关变化的太阳能生产和用户的负荷概况。每个安装的系统都将有助于减少二氧化碳排放,并鼓励安装低功率光伏系统来生产绿色能源。这样,用户就可以减少对市电的依赖。本工作的目的是建立光伏自用系统能量平衡计算的仿真模型。比较了两种类型的光伏系统的性能-无电池存储和有电池存储。
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Study of PV System for Electricity Production for Self-Consumption
Self-consumption for residential and industrial buildings is important in order to reduce energy consumption from the electricity grid. As energy prices rise, more and more consumers are installing PV systems for their self-consumption. Self-consumption systems have a number of specific difficulties to solve related to variations in solar energy production and the user's load profile. Each installed system will contribute to the reduction of CO2 emissions and encourage the installation of low-power PV systems to produce green energy. In this way, users will reduce their dependence on the use of energy from the mains. The aim of this work is to develop simulation model for calculation of energy balance of PV system for self-consumption. Comparison of performance of two PV system types is done - without and with battery storage.
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