--%>
Assignment Help - homework help

What is regenerative braking

Explain the term regenerative braking?

E

Expert

Verified

Whenever the supply is not available for the running motor, it will still continue running because of inertia. To stop it rapidly we need to place the load across armature winding and motor must have managed continuous field supply so that back e.m.f voltage is formed to apply across resistor and because of load motor stops rapidly.  Such type of breaking is said to be Regenerative Breaking.

   Related Questions in Electrical Engineering

  • Q : Find out the impedance of the series

    Find out the impedance of the series R-L network demonstrated in figure below at a frequency of 1 kHz and state this in the form of phase and magnitude. Calculate the current flowing in the network from the source and the individual voltages across the resistor and th

    		•
  • Q : Find out reactance of values of

    Find out the reactance of the values of capacitor at the frequencies given below. Then find out the value of inductor in each case that will provide similar reactance as the capacitor as follows:. (a)  3.3 µF at 50Hz

    		•
  • Q : Anti-symmetrical and symmetrical impulse

    For what kind of application, the anti-symmetrical impulse and the symmetrical impulse response may be used?

    		•
  • Q : Estimate minimum value of input

    The network demonstrated in figure presents the input of a biomedical amplifier, now the input impedance is seem purely resistive, R and a capacitor, C, is used to block dc.

    Q : Illustrates Requirements of embedded

    Illustrates the Requirements of embedded system design process?

    		•
  • Q : SF6 Circuit Breaker and Ferranti effect

    Define: a) SF6 Circuit Breaker b) Ferranti effect

    		•
  • Q : Question on 8085 instruction Search

    Search internet for the following 8085’s instructions: MOVMVIOUTINHLTNOPFor each instruction answer the following questions: 1- What is the protot

    		•
  • Q : Report on designing and simulating a

    Objective: To present a consultant report for designing and simulating a control system. Define a practical engineering plant which would feature similar dynamical behaviour to the theoretical dynamics given in the

    		•
  • Q : Estimate voltage- current - optimum

    Make a Thevenin Equivalent Model for the given circuit demonstrated in below. Therefore, find out the optimum value of load resistance that will maximise the power delivered to the load. Estimate the voltage across and the current by the load resistance i.e. RL, and t

    		•
  • Q : Determine the Binary Numbers into

    Change the given Binary Numbers into decimal form as follows: a. 11011001 b. 11010011100110 Please determine the solution of given problem.<

    		•