Abstract
The present study, conducted in the frame of the project SoS-PVi (Security of Supply PhotoVoltaic Inverter), results in the development of a multi-functional grid-connected PV inverter including as storage function a lead-acid + supercapacitor system. Two modes of operation are aimed: the supply of the energy during the short and long duration network faults and the reduction of the impact of the PV production on the network by storing in the batteries a part of the energy produced to move in the day the injection on the network and level the production. This paper presents the tests performed with the lead-acid + supercapacitor system in accordance with realistic use profiles.
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