This paper presents modeling, design and analysis of a bidirectional half-bridge DC/DC
converter suitable for power electronic interface between the main energy storage system …

Power electronics (PE) and high-frequency switching circuits are key to superior
performance of electric vehicles. It is vital to monitor the condition of the PE components in …

This paper presents a study of different converter topologies used in the design of hybrid
electric vehicle drive trains with emphasis on the power electronic interface for a …

Switch Short-Circuit Fault (SSCF) is one of the most harmful failure mode in a DC-DC
Converter. As a consequence, the earliest identification should be ensured in order to avoid …

With the extensive use of power converters in modern hybrid vehicles, rises the need for
efficient methods of condition monitoring and fault diagnosis to ensure the reliability of the …

Failure of power electronic systems plays a substantial role in the breakdown of hybrid
vehicle electric drive systems. Early detection of faults can avoid aggregation of the failure …

Nowadays, automobile transportation is in a crisis due to the high price of gasoline and, in
the future, the crises will worsen unprecedentedly. Hence, researches are oriented toward …

With the extensive use of power electronics in modern HEVs comes the need for efficient
methods of condition monitoring and fault diagnosis to ensure the reliability of the electrical …

Hybrid Electric Vehicles (HEV) are becoming widely spread due to the predicted lack of fuel
in addition to the pollution caused by the conventional vehicles. To overcome pollution and …

This paper presents the charging/discharging control of battery energy system with the help
of bidirectional converter. The power demanded in the hybrid vehicle constitutes steady …