A shunt generator supplies a 30kW load at 220V through cables of resistance, R = 110mQ. If the field %3D winding resistance, Rf =600 and the armature resistance, Ra =40mQ. Determine the following below: The terminal voltage is,

A shunt generator supplies a 30kW load at 220V through cables of resistance, R = 110mQ. If the field %3D winding resistance, Rf =600 and the armature resistance, Ra =40mQ. Determine the following below: The terminal voltage is,

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.71P

See similar textbooks

Related questions

Q: A shunt generator supplies a 37kW load at 230V through cables of resistance, R = 112mQ. If the field…

A: Dc shunt generator arrangement is shown in figure.

Q: How can field distortion be remedied ?

A: Field distortion can be remedied by

Q: Explain space harmonics and tooth harmonics

A: We need to explain space harmonics and tooth harmonics.

Q: Damping factor and the undamped natural frequency for the position control system is given by....?

A: The characteristics equation of the position control system is expressed as:

Q: What is Excitation system and name its types?

A: Any power system which consist several protective and control unit is required DC power through…

Q: Consider the two-bus power system shown in Figure P6.2. The marginal cost of production of the…

A: Since you have asked more than one question, I will answer the first question and all its subparts.…

Q: A shunt generator supplies a 25kW load at 205V through cables of resistance, R = 112mQ. If the field…

Q: A shunt generator supplies a 28kW load at 220V through cables of resistance, R = 114mQ. If the field…

A: Solve as below

Q: What are the applications of the induction regulator?

A: An induction voltage regulator is a type of electrical machine in which the output voltage may be…

Q: A shunt generator supplies a 29kW load at 230V through cables of resistance, R = 108m2. If the field…

A: Given data, The value of voltage is Vt = 230 V. The value of power is P = 29 kW. The value of field…

Q: Discuss about Generator modeling in transient stability and derive the formula for the real and…

A: In transient stability analysis of the generator, because of large disturbance linearisation of…

Q: What point in a single-phase ac waveform is used as a reference point for timing the thyristor gate…

A: The thyristor is turned off at zero current. For resistive load zero current and zero voltage occur…

Q: 1- Prove from the first principles an expression for the generated EMF at the armature of DC…

Q: Describe constant and variable frequency operation of chopper control. Describe how duty cycle is…

Q: A shunt generator supplies a 35kW load at 225V through cables of resistance, R = 104m2. If the field…

Q: A 4-quadrant DC chopper with bipolar switching operating at a switching frequency of 2kHz, is…

A: Given R=2 ohm Edc =120 V Eb=50 V

Q: Describe constant and variable frequency operation of chopper control. Describe how duty cycle…

Q: A shunt generator supplies a 24kW load at 230V through cables of resistance, R = 106mo. If the field…

Q: A shunt generator supplies a 33kW load at 210V through cables of resistance, R = %3D 122m2. If the…

Q: A shunt generator supplies a 36kW load at 200v through cables of resistance, R = 100mN. If the field…

Q: The armature reaction of the DC generator reduces the generated EMF. Select one: O True False

A: Choose the correct option The given statement The armature reaction of the DC Generator reduce the…

Q: A shunt generator supplies a 23kW load at 220V through cables of resistance, R = 114mQ. If the field…

A: The solution can be achieved as follows.

Q: shunt generator supplies a 24kW load at 200V through cables of resistance, R = 110mΩ. If the field…

Q: A shunt generator supplies a 26kW load at 220V through cables of resistance, R = 112m2. If the field…

Q: Create a circuit diagram for the given armature: Winding 1: 4 pole, 11 slots, 11 commutator…

A: We need to design a double layer, progressive, simplex wave winding for a DC machine with the…

Q: A shunt generator supplies a 32kW load at 230V through cables of resistance, R = 110mQ. If the field…

A: A DC Shunt generator 32kW load, supplied at voltage 230V Cable resistance R= 1ohm Armature…

Q: (a) A short shunt cumulative compound dc generator supplies 8kW at 235V. The Shunt field resistance,…

A: In this question we need to find a Induced EMF and load resistance of a short shunt compund genrator

Q: Describe the operation of a phase shift method

A: Intoduction - Phase shift method of SSB generation - The phase shift technique used in SSB producing…

Q: A shunt generator supplies a 33kW load at 200V through cables of resistance, R = 106m2. If the field…

Q: 11 What is the dq component - Park transform The effective stator field current is I, = and the…

A: The direction of the direct-axis current is along the direction of the rotor magnetic field and the…

Q: Compare AC and DC transmission by discussing their advantages and disadvantages.

A: AC Transmission and DC Transmission Comparission AC transmission: Advantages: We can use the…

Q: A DC shunt generator supplies a load of 27 kW at 210 V through the cables of resistance, R = 126 mΩ.…

Q: What is the current

Q: What are the advantages of AC bridges?

A: AC Bridge: The source, balanced detector, and four arms make up the ac bridge. The…

Q: A shunt generator supplies a 31kW load at 200V through cables of resistance, R = 108mN. If the field…

Q: A 10 pole wave wound shunt generator delivers 178 A at a terminal voltage of 236 V. Ra and Rsh are…

A: For generator Armature current = Load current +shunt field current. Generated voltage =Terminal…

Q: What are the causes and disadvantages of low power factor?

A: Causes Of Low Power Factor- A poor power factor can be the result of either a significant phase…

Q: A shunt generator supplies a 30kW load at 215V through cables of resistance, R = 110mn. If the field…

Q: A shunt generator supplies a 32kW load at 215V through cables of resistance, R = 118m2. If the field…

Q: Plot the external and internal characteristics of DC shunt generator.

Q: A shunt generator supplies a 31kW load at 230V through cables of resistance, R = 104m2. If the field…

Q: analyze 3 commonly used ac motor starting methods using suitable diagrams and torque-speed curves

A: Starting of a 3-phase induction (AC) motor: A 3-phase induction motor is widely used in industries.…

Q: Describe briefly the basic constructional parts of a DC machine and explains the basic working…

A: Since you have asked multiple questions, we will solve the first one for you. In case you need…

Q: 15. For a dc machine, its commutator has a diameter of 50 c rotating at 1000 rpm. For a brush width…

Concept explainers

Fiber Optics

Fiber optics is a technology used to transmit the facts such as light or pulses with fiber or plastic over long distances. Visual fibers are about the width of a human hair strand and, when tied directly to a fiber-optic cable, can transmit multiple long-distance records and faster in different ways.

Question

A shunt generator supplies a 30kW load at 220V
through cables of resistance, R = 110mQ. If the field
winding resistance, Rf =600 and the armature
resistance, Ra =40mQ.
Determine the following below:
The terminal voltage is,
The e.m.f. generated in the armature is,

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Introduction

VIEW

Solution

VIEW

Step by step

Solved in 2 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Derive emf equation of the synchronous generator.
An AC generator having an internal resistance of 2 ?? is connected to an LCR circuit in series as shown in the figure. If the generator supplies an electromotive force, ? = 282 ??? (100??) volt, calculate:a) the impedance of the circuitb) the rms value of the current in the circuitc) the voltage drop across L, C and R
Discuss motherboard power delivery systems, including voltage regulators and phases. How do they impact system stability and overclocking capabilities?
A shunt generator supplies a 20kW load at 200V through cables of resistance, R= 100mΩ. If the field winding resistance, Rf =50Ω and the armature resistance, Ra =40mΩ, determine (a) the terminal voltage, and (b) the e.m.f. generated in the armature
Discuss about Generator modeling in transient stability and derive the formula for the real and reactive power supplied by it.
What are FACTS (Flexible AC Transmission Systems) devices, and how do they enhance power system stability and control?
Describe how duty cycleis generated by saw-tooth and sinusoidal modulating signal and compare their performance.
Illustrate open circuit internal circuit and external characteristic for dc shunt generator
Consider the AC circuit shown in the image, that is driven by a voltage V=V0cos(ωt). a) What is the current through the capacitor, C? Give its amplitude and phase relative to the drive voltage. b) What is the total current through the voltage source? Again require amplitude and phase relative to the drive voltage.
What is the need to conduct power flow analysis? Discuss about data needed and bus types too.
What do you mean by cascaded systems? How do you get the total gain or attenuation for such?
A DC shunt generator supplies a load of 27 kW at 210 V through the cables of resistance, R = 126 mΩ. If the field winding resistance, Rf = 62 Ω and the armature resistance, Ra = 35 mΩ, Determine (a) the terminal voltage, and (b) the E.m.f. generated in the armature. The terminal voltage is = The E.m.f generated in armature is =