This paper presents a comparative study of the performance of two types of electric motors used in eco-urban electric cars (EC). The power transmission system of an EC is modelled once with a DC permanent magnet (PM) and once with an AC induction motor (IM). In both cases the electric motors can operate in two modes: propulsion mode (motor) and regenerative brake mode (generator). Two standard velocity history profiles SFUDS and ECE-15 are used to model the dynamic of the car. It is shown that IM performs more effective than PM
Electric Vehicles make use of permanent magnet synchronous traction motors for their high torque den...
Induction motor structures in DC electrified railways with their dynamic performance are studied. Ch...
Electric vehicles (EV’s) were invented and had been a part of transportation industry before 1900’s....
Conventional vehicles emit carbon monoxide and nitro oxide during the engine combustion. These two g...
Electric vehicles (EV) has been introduced as an alternative to the conventional vehicle as a mid-ra...
According to the importance of change in climate. the study of EHV/EV is achieved actively throughou...
AbstractThis research includes study of the performances of induction motor used in the electric car...
This white paper from the Parker Hannifin Corporation compare hybrid vehicle motor types. When a veh...
In this paper, various types of sinusoidal-fed electrical machines, i.e. induction machines (IMs), p...
Motors are the main part of the drivetrain of electric vehicles (EVs) as they transfer the power of ...
Abstract The increase in the numbers of electric vehicles (EVs) is seen as an upgrading of the exist...
AbstractBy using a laboratory test desk built specially to test DC Series Motor and 3-phase IM, seve...
Population growth and the increasingly rapid industrial technology to 4.0. So that there was an elec...
Day by day use of internal combustion engines (ICE) compared to electric vehicles (EV) is deteriorat...
AbstractThis paper addresses the design, simulation, commissioning and testing of an electrodynamome...
Electric Vehicles make use of permanent magnet synchronous traction motors for their high torque den...
Induction motor structures in DC electrified railways with their dynamic performance are studied. Ch...
Electric vehicles (EV’s) were invented and had been a part of transportation industry before 1900’s....
Conventional vehicles emit carbon monoxide and nitro oxide during the engine combustion. These two g...
Electric vehicles (EV) has been introduced as an alternative to the conventional vehicle as a mid-ra...
According to the importance of change in climate. the study of EHV/EV is achieved actively throughou...
AbstractThis research includes study of the performances of induction motor used in the electric car...
This white paper from the Parker Hannifin Corporation compare hybrid vehicle motor types. When a veh...
In this paper, various types of sinusoidal-fed electrical machines, i.e. induction machines (IMs), p...
Motors are the main part of the drivetrain of electric vehicles (EVs) as they transfer the power of ...
Abstract The increase in the numbers of electric vehicles (EVs) is seen as an upgrading of the exist...
AbstractBy using a laboratory test desk built specially to test DC Series Motor and 3-phase IM, seve...
Population growth and the increasingly rapid industrial technology to 4.0. So that there was an elec...
Day by day use of internal combustion engines (ICE) compared to electric vehicles (EV) is deteriorat...
AbstractThis paper addresses the design, simulation, commissioning and testing of an electrodynamome...
Electric Vehicles make use of permanent magnet synchronous traction motors for their high torque den...
Induction motor structures in DC electrified railways with their dynamic performance are studied. Ch...
Electric vehicles (EV’s) were invented and had been a part of transportation industry before 1900’s....