Řídicí systém pro systémy V2H (Vehicle To Home)
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Vysoká škola báňská - Technická univerzita Ostrava
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Vehicle To Home systems use energy from electric vehicle battery to supply the smart home and store redundant energy back into the electric vehicle’s battery. The content of this diploma thesis is the design and implementation of a control unit for energy flow management in V2H systems. The selected protocol for charging/discharging an electric vehicle is the CHAdeMO standard, which enables communication via the CAN bus. The designed control unit called Energy Flow Control Unit (EFCU) consists of a single-board computer Raspberry Pi 3B +, a designed printed circuit board and a power meter with communication via Modbus protocol. The control unit connects superior system of the smart home, electric vehicle battery management system BMS and bidirectional converter (enabling connection of the electric vehicle into the energy infrastructure of the smart home).
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Vehicle To Home, electric vehicle, CHAdeMO, control unit, BMS, Raspberry Pi, CAN bus, energy flow, smart home, Python