Stray losses refer to secondary voltage to be inappropriately distributed to Transformers, induction motors and generators. Stray losses essentially mean that there is leakage that causes a weakening of the voltage being delivered to the motor.
creative, and nice. Yes, if you some how rigged it (the wheel) up to a alternator/generator and into a transformer for home supply. you would have to jack the car up, or prop it up somehow, attach a generator by belt or welding, wire the generator to some capacity and then to an output transformer. Any motor can be made into a generator when attached to a power generation source, such as a alternator. DC MOTORS WILL NOT WORK. POLYPHASE INDUCTION MOTORS WILL NOT WORK AS THEY RELY ON TWO INPUT PHASES TO OPERATE AND CONTAIN NO MAGNETS.
1. Transformer 2. DC/ AC Motors 3. Solenoid valves 4. Contactors/ Relays 5. Amplifiers
Split Phase Induction Motor.
when both runs at same speed
induction motor is AC motor also synchronic motors are AC motors but second one has not slip but first one has slip . shut motor is DC motor
what are the various losses occurring in the motors
Xusheng Chen has written: 'Induction generator modeling and relaying' -- subject(s): Electric machinery, Induction, Electric motors, Induction, Induction Electric machinery, Induction Electric motors
creative, and nice. Yes, if you some how rigged it (the wheel) up to a alternator/generator and into a transformer for home supply. you would have to jack the car up, or prop it up somehow, attach a generator by belt or welding, wire the generator to some capacity and then to an output transformer. Any motor can be made into a generator when attached to a power generation source, such as a alternator. DC MOTORS WILL NOT WORK. POLYPHASE INDUCTION MOTORS WILL NOT WORK AS THEY RELY ON TWO INPUT PHASES TO OPERATE AND CONTAIN NO MAGNETS.
Lester Eugene Stutz has written: 'The design of an induction motor, single phase double current generator set' -- subject(s): Electric motors, Induction, Induction Electric motors
Iron Loss Copper Loss Frictional loss
DOL(Direct Online starting) Star Delta starting Auto transformer starting Above methods are for squirrel cage induction motor Rotor resistance starting is used for wound rotor or slip ring induction motor
At least my oppinion without any garantuee: There can be a negative efficiency for example in the case of induction motors driver by inverter and FOC in generator mode. Since you have an induction motors you always have to provide some power in order to magnetize the rotor. The current which magnetizes the rotor causes losses. So there could be some working points where the losses caused due to the magnetization are bigger than the power generated (the negative torque taken away from the rotor).
1. Transformer 2. DC/ AC Motors 3. Solenoid valves 4. Contactors/ Relays 5. Amplifiers
A two-phase* system is archaic, and has been completely superceded by three-phase systems, so there is no demand for two-phase induction motors. (*A two-phase generator has two phase windings, displaced from each other by 90 degrees.)
induction motor has two control system one is stator control another rotor control And it comes under the category of asynchronous motors. The term induction is because the rotor of an a.c motor does not receive the electric power through conduction but by induction same as the secondary of the transformer receives the power from primary. And so an induction motor can also be called as a rotating transformer i.e. one in which primary is stationary and secondary is free to rotate.
ac motor is nothing but induction motor.So check out for characteristics of induction motors.
Eugene A. Klingshirn has written: 'Analytical and experimental study of high phase order induction motors' -- subject(s): Automobiles, Electric, Electric Automobiles, Electric motor vehicles, Electric motors, Induction, Electric propulsion, Equivalent circuits, Induction Electric motors, Induction motors, Stators