Authors :
Vineet Kumar Trivedi
Volume/Issue :
Volume 7 - 2022, Issue 6 - June
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3NJ74Nx
DOI :
https://doi.org/10.5281/zenodo.6796101
Abstract :
- Development on electric vehicles is becoming
an increasingly significant area of focus. It is clear that a
lot of study has been done on electric cars, which is why it
is essential to continue working on this line of inquiry as
the cost of gasoline continues to rise and environmental
issues continue to have an impact on the natural world.
Within the realm of electric cars, rectifier load-based
electric vehicles have earned a significant amount of
relevance for wireless charging. Vehicle manufacturers
across the board are devoting significant resources to the
research and development of electric cars that can be
powered by batteries. In most cases, the battery chargers
for module electric vehicles are connected to the lowvoltage system in order to facilitate the charging process.
In this article, a rectifier load is added to an electric
vehicle-based wireless charging system, and the fuzzy PI
hybrid controller is used to improve the system's power
output, efficiency, and other relevant metrics.
Keywords :
Electric Vehicle, Fuzzy PI Controller, Rectifier Load
- Development on electric vehicles is becoming
an increasingly significant area of focus. It is clear that a
lot of study has been done on electric cars, which is why it
is essential to continue working on this line of inquiry as
the cost of gasoline continues to rise and environmental
issues continue to have an impact on the natural world.
Within the realm of electric cars, rectifier load-based
electric vehicles have earned a significant amount of
relevance for wireless charging. Vehicle manufacturers
across the board are devoting significant resources to the
research and development of electric cars that can be
powered by batteries. In most cases, the battery chargers
for module electric vehicles are connected to the lowvoltage system in order to facilitate the charging process.
In this article, a rectifier load is added to an electric
vehicle-based wireless charging system, and the fuzzy PI
hybrid controller is used to improve the system's power
output, efficiency, and other relevant metrics.
Keywords :
Electric Vehicle, Fuzzy PI Controller, Rectifier Load