Integration of Electric powertrain to Conventional vehicle through Renovation technique

The use of vehicles has been steadily increasing in the new century, and as a result, there is a greater need for gasoline to power them. This led to a sharp change in the pollutant levels as well as rapid price fluctuations for these fuels. This prompted the designers of automobiles to create hybrid models. Hybrid cars combine the features of traditional internal combustion engines, which run on fuel, with electric motors to propel the vehicle forward. More broadly speaking, the hybrid cars may run on both fuel and electrical energy that can be stored in their batteries. The car business has changed dramatically as a result of hybrid vehicle design. Standards for optimum fuel efficiency are being set for hybrid cars to match those for non-hybrid cars. Hybrid vehicles can overcome the shortcomings of other non-conventional electric vehicles, such as their faulty and limited charging stations. In more recent times, officials have also been creating a different infrastructure to support the movement of hybrid automobiles. The energy converters that are installed in the hybrid cars determine which category they fall into. In the current trend, automobiles have several disadvantages, like increased fuel costs compared to mileage, pollution, and reduced efficiency. The goal of this endeavor was to employ the most efficient and hygienic vehicle available. The hybrid electric vehicle model utilized in this study combines the battery and motor of an electric car with an activa internal combustion engine. The batteries can be recharged with a household power source. An electric vehicle has certain disadvantages over a hybrid vehicle. It was believed that range anxiety and the availability of charging stations were two major obstacles. To overcome these limitations, we developed a hybrid vehicle from an old conventional vehicle.