Design Of Bidirectional Power Transfer For Electric Vehicle Charger
Electric Vehicle (EV) has been getting an increased attention nowadays. Along with an increased awareness about current environmental problems, EV technologically drastically becomes the attention for Green Technology alternatives in automotive industry. Hence, the development of EV is becoming m...
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| Format: | text |
| Language: | English |
| Published: |
2023
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| Summary: | Electric Vehicle (EV) has been getting an increased attention nowadays. Along with an
increased awareness about current environmental problems, EV technologically
drastically becomes the attention for Green Technology alternatives in automotive
industry. Hence, the development of EV is becoming more intensive in an effort to
outperform the current petroleum combustion engine vehicle. The project will focus on
the development of a bidirectional EV charger using MATLAB Simulink. The EV
charger will utilize the decoupled P-Q control mechanism which will assist in the
independent active and reactive power control for the system. Simulation results from
MATLAB will be able to prove the operation of the designed EV charger in both
charging and discharging mode. The values of active and reactive power will also be
observed to determine the effectiveness of the system in controlling these parameters
independently. |
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