In this article, the main operating parameters and quality indicators specific to a photovoltaic system will be analyzed in order to extract efficient rules for performing energy management and predictive maintenance of this photovoltaic system. The parameters will be acquired using a supervisory control and data acquisition (SCADA) system, which is mainly used for remote control, surveillance, and metering of the photovoltaic plant. Based on the data obtained by the SCADA system, energy management is made in order to improve the used energy strategy and obtain the best maintenance plan for the photovoltaic power park.
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Energy management for a photovoltaic power plant based on SCADA system
Semantic Scholar · Engineering · 2021
Abstract
In this article, the main operating parameters and quality indicators specific to a photovoltaic system will be analyzed in order to extract efficient rules for performing energy management and predictive maintenance of this photovoltaic system. The parameters will be acquired using a supervisory control and data acquisition (SCADA) system, which is mainly used for remote control, surveillance, and metering of the photovoltaic plant. Based on the data obtained by the SCADA system, energy management is made in order to improve the used energy strategy and obtain the best maintenance plan for the photovoltaic power park.