Gene

Forward converter

Control (management)

Voltage

Engineering

Robustness (evolution)

Biochemistry

Computer science

Buck–boost converter

Boost converter

Power factor

Ćuk converter

Inductor

Electronic engineering

Artificial intelligence

Flyback converter

Chemistry

Control theory (sociology)

Buck converter

Electrical engineering

IEEE Transactions on Industry Applications

This article proposes a novel single-phase bridgeless Cuk-derived power factor corrected (PFC) converter with reduced component count for on-board EV charging application. The unique feature of this proposal is to design and operate the output inductor of the converter in discontinuous current mode for the complete power range to attain PFC naturally at ac mains, thereby not requiring the input voltage and input current sensing, which reduces the converter cost, and improves the power density as well as converter robustness to high-frequency noise. The converter control is very simple in operation and easy in implementation with only a single sensor-based voltage control loop. The semiconductor components voltage stress of the proposed power converter is lower when compared to the traditional Cuk converter. The simulation results from PSIM 11 and experimental results are given by testing a proof-of-concept hardware laboratory prototype to demonstrate the high performance of PFC operation of the proposed converter.

Novel Single-Phase Cuk-Derived Bridgeless PFC Converter for On-Board EV Charger With Reduced Number of Components