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PHIL System (Power Hardware In-Loop System) Case Study Brochure_EN_2022 V1

PHIL System (Power Hardware In-Loop System) Case Study Brochure_EN_2022 V1
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PHIL System (Power Hardware In-Loop System) Case Study Brochure_EN_2022 V1 - 1

As the diagram above, the Grid-connected PV PHIL system experiment consist of a RTDS simulator, a PONOVO PAV5000 4-Q amplifier, a DC electronic load unit, a PV inverter, a programmable DC power supply unit, an ESS (Energy Storage System) and a programmable grid-connecting source sink unit. In the experiment, the 4-Q amplifier and simulator could simulate the real-time grid system. The PVPS (Photovoltaic power generation system) is composed by the PV inverter and the programmable DC power supply unit. The ESS (Energy Storage System) and the Programmable grid-connecting source sink unit are both used to compose the BESS (Battery energy storage system), which can provide power supply and energy storage for the Grid. The PAV 4-Q amplifier, DC electronic load unit, PVPS and BESS are paralleled connected so that the 4-Q amplifier could implement the dynamic conversion between sink mode and source mode.

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PHIL System (Power Hardware In-Loop System) Case Study Brochure_EN_2022 V1 - 2

饿:::>ON口V口 PHIL (Power Hardware In-Loop) Case Study Case Study 2 in KIER Korea Power Grid Simulation System Power Output 4 Quadrant Power Amplifier PAV5000 Electronic Load Power Output Photovoltaic Inverter A s the diagram above, the PHIL system consists of a PONOVO 4-Q amplifier, RTDS simulator, DC electronic load unit and PV inverter. In the experiment, the DC electronic load unit and PV inverter are the Physical system, 4-Q amplifier and simulator make up the simulation system which simulate a Grid. When the PVPS system is generating power, the DC electronic load unit consume a part of...

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