P. Guerriero, Cesare Attanasio, I. Matacena, S. Daliento
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Merged Photovoltaic/Wave System for the Power Supply of a Marine Buoy for Harbour Monitoring
This paper presents the design of a harvesting system suited to power supply electronic equipment hosted in a marine buoy for harbor monitoring purposes. The system exploits both wave motion converters and photovoltaic panels to either charge a back-up battery or directly supply the loads. The system has a double stage topology, the first stage is devoted to the tracking of the maximum power point while the second stage manages the energy flow towards battery and loads. The design is made in the LTspice environment by adopting proper models for the state of charge (SOC) of the battery.
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