May – June 2020 ISSN: 0193-4120 Page No. 16434 – 16444 16443
Published by The Mattingley Publishing Co, Inc. Fig. 8. Performance Results Fig. 9. Mechanical Torque vs Control Angle VI. CONCLUSION This article gives a detailed view on the retrofitting of ICE based vehicles with corresponding electrical vehicle designs which helps in providing effective alternatives to the generic fossil fuel run vehicular transmission systems sometimes using both fossil fuels and natural gas. By using the proposed simulation profile which implements the use of real-time and active simulations of various vehicle running and sensing operations,
the overall efficiency of the BLDC Motor was improved on the simulation basis. The performance of the motor was studied and analysed by comparison in basic size constraints with induction motors, their use in compact places and their high torque delivery. The
need for new and efficient BLDC motors is on arise in the international market as the shift to electric vehicles is not far along. The choice of designing the motor based on retrofitting has opened up anew perspective of research in development and enhancement strategies of the motor sector. A BLDC motor that is designed to have both high speed and torque characteristics is something that is the requirement of today’s autonomous and ambidextrous electric vehicles. The fossil fuels levels are declining rapidly and with this the need for alternative energy sources have risen. Over one-third of fossil fuels are used to power the transportation industry and thus it is important to limit the use of these fuels in vehicles. Electric Vehicles have begun to capture the market slowly but the industry is still in its budding stages and thus catering to the complete needs of the people is far from a reality. Even if EVs takeover the industry completely then we would face the issue of excess road traffic with the already existing ICE vehicles and the new EV. Thus, eliminating ICE vehicles is just as important as introducing EVs.
VII. REFERENCES [1]
Abdulaziz Bello,
Ibrahim Muhammad Kilishi,
Muntaka
Musa
Bari,
UsmanAbubakar
