Add to ORKGThis paper is concerned with design considerations and tradeoffs involved in the power electronics development for light electric vehicles. A review of propulsion system design, power conversion structure and control is presented. A three-phase squirrel-cage induction motor is used as propulsion system for an electric scooter. The motor is controlled at different operating conditions by means of a simple scalar control using a low cost controller board developed for light electric vehicles used in local areas. Experimental results show that the proposed digital controller is able to follow the reference speed with a suitable dynamics for the electric scooter
In the last decade, increased tendency in the field of automotive industry was focused on the develo...
It is presented a performance analysis of an Electronic Differential (ED) system designed for Light ...
The selection of the electric motor for the propulsion system in electric vehicles is a crucial step...
Abstract approved: Environmental concerns have renewed the interest in electric vehicles. To gain wi...
The recent and steady increase in fuel cost, climate change and pollution has created a public aware...
International audienceThis paper deals with a methodology for presizing the induction motor propulsi...
Abstract. The paper deals with the study of the motorization for an electric scooter. The motivation...
Electric vehicles are often designed in the same way as their conventional counterparts based on the...
The market penetration of electric vehicles (EVs) is going to significantly increase in the next yea...
Autonomous vehicles have been shown to increase safety for drivers, passengers and pedestrians and c...
In order to achieve a mission of zero emission, as most automotive industries around the world are p...
The aim of this paper is to presents the complete design of an electric vehicle by using standard i...
The CO2 emission level is becoming a serious issue worldwide. The continuous increase in gasoline pr...
In this study explain about the design and development of small electric vehicles (EV) using power i...
Oil depletion, global warming and CO2 gas emissions have become a concern and have motivated the dev...
In the last decade, increased tendency in the field of automotive industry was focused on the develo...
It is presented a performance analysis of an Electronic Differential (ED) system designed for Light ...
The selection of the electric motor for the propulsion system in electric vehicles is a crucial step...
Abstract approved: Environmental concerns have renewed the interest in electric vehicles. To gain wi...
The recent and steady increase in fuel cost, climate change and pollution has created a public aware...
International audienceThis paper deals with a methodology for presizing the induction motor propulsi...
Abstract. The paper deals with the study of the motorization for an electric scooter. The motivation...
Electric vehicles are often designed in the same way as their conventional counterparts based on the...
The market penetration of electric vehicles (EVs) is going to significantly increase in the next yea...
Autonomous vehicles have been shown to increase safety for drivers, passengers and pedestrians and c...
In order to achieve a mission of zero emission, as most automotive industries around the world are p...
The aim of this paper is to presents the complete design of an electric vehicle by using standard i...
The CO2 emission level is becoming a serious issue worldwide. The continuous increase in gasoline pr...
In this study explain about the design and development of small electric vehicles (EV) using power i...
Oil depletion, global warming and CO2 gas emissions have become a concern and have motivated the dev...
In the last decade, increased tendency in the field of automotive industry was focused on the develo...
It is presented a performance analysis of an Electronic Differential (ED) system designed for Light ...
The selection of the electric motor for the propulsion system in electric vehicles is a crucial step...