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The increasing penetration of distributed generation (DG) power plants into distribution networks (DNs) causes various issues concerning, e.g., stability, protection equipment, and voltage regulation. Thus, the necessity to develop proper control techniques to allow power delivery to customers in compliance with power quality and reliability standards (PQR) has become a relevant issue in recent years...
Photovoltaic (PV) technology is well known technique in capturing irradiation of light from sun to produce electricity. Consequences in obtaining the quality of light make it the source an unpredictable. When PV is connected to network, it will creates lots of problem especially in distribution system. One of the major problems is reverse power flow caused by mismatch power between Renewable Energy...
Nowadays, DG sources have a major effect on the operation of distribution grids. Due to in the future even more power will be fed in decentrally, it is imperative that small producers offer system services like reactive power provision and voltage control in the distribution layer. In this paper the impact of different types of DG sources on voltage bounds and grid losses are analyzed depending on...
The paper presents a comprehensive study on grid-connected photovoltaic (PV) systems, dealing both with control strategy aspects and performance evaluation techniques. In particular, an advanced control scheme to suitably drive the injection of both active and reactive power into a MV radial distribution grid is here discussed, highlighting its main features by means of the numerical simulation of...
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