Evaluating improved generation efficiency: One year using residential PV voltage control with a clustered residential grid-interconnected PV

Y. Miyamoto, Y. Hayashi
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引用次数: 5

Abstract

There is a danger of power generation efficiency decreasing due to voltage increase when clustered residential PV systems are grid-interconnected to a single distribution line. As a countermeasure, installation of the reactive power control of an inverter at each residence has been considered. In the previous research we demonstrated that about 20 percent of the output suppression loss was eliminated with reactive power control including PV voltage control when 225 residential PV were grid-interconnected. However, this was on a typical sunny spring day, the seasonal change of PV output and load power was not considered. So in this research we evaluated improved and smoothed generation efficiency among all residences with power factor and reactive power operating voltage through residential PV voltage control on clustered residential grid-interconnected PV for a period of one year.
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评估改进的发电效率:一年使用住宅光伏电压控制与集群住宅电网互联光伏
当集群式住宅光伏系统与单一配电线路并网时,存在电压升高导致发电效率下降的危险。作为对策,考虑在每个住宅安装逆变器的无功功率控制。在之前的研究中,我们证明了当225个住宅光伏并网时,通过无功功率控制(包括光伏电压控制)可以消除约20%的输出抑制损失。然而,这是一个典型的春日晴天,没有考虑光伏发电量和负荷功率的季节性变化。因此,在本研究中,我们通过对集群住宅并网光伏进行为期一年的住宅光伏电压控制,评估了具有功率因数和无功运行电压的所有住宅的改进和平滑发电效率。
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