Explain with the diagram the structure and theory of the work of a three-phase electric generator,...

Explain with the diagram the structure and theory of the work of a three-phase electric generator, specifying the function of each part ؟؟

Expert Solution

Structural Diagram:

Working principle of three-phase generator:

A three-phase generator works on the principle of electromagnetic induction i,e. whenever a conductor is placed in a moving magnetic field an emf is generated in it. The rotor will generate a rotating magnetic field and this rotating magnetic filed will cut the armature conductors then emf is induced in the armature.

The function of each Part:

Yoke:

The functions of the yoke are to hold and protect the internal parts of the generator. It will hold the armature and protects the overall generator from mechanical damages.

Stator Frame:

Stator frame will hold the armature winding. This will have the armature slots and armature winding. In these slots, armature winding is placed.

Armature Winding:

These windings will have conductors and whenever these conductors are under moving electromagnetic field, they will generate electromotive force in them.

Rotor Frame:

The function of the rotor frame is to hold the field winding and the field poles. This frame rotates with a speed called synchronous speed.

Field Winding:

The field winding is used to generate the electromagnetic field. This field winding is wound on the rotor frame and the produced eelecttromagnetic fiel will rotate along the frame with synchronous speed.

Manojponduru answered 8 months ago

Diesel Generator A I MVA diesel three-phase generator is rated at 4.16 kV, 60 Hz, and...

Diesel Generator A I MVA diesel three-phase generator is rated at 4.16 kV, 60 Hz, and connected as Y its neutral is kept floating. It is directly tied to three loads, one consuming 50% of its capacity, and each of the other two consuming 25% of its capacity. A three-phase to ground fault could occur at any of the loads. Draw a one-line diagram of this system, then describe what type of faults could occur in the generator and diesel...

Electric Generator Corporation The Electric Generator Corporation was founded in the early 1970s to develop and...

Electric Generator Corporation The Electric Generator Corporation was founded in the early 1970s to develop and market electrical products for industrial and commercial markets. Recently, the company has developed a new electric generator, the EGI, with a revolutionary design. Although its initial cost is $2,000 higher than any competing generator, reduced maintenance costs will offset the higher purchase price within 18 months. The Electric Generator sales force has been instructed to concentrate all effort on selling this new generator, as...

What is a phase diagram? In a couple of paragraphs, explain what importance phase diagrams are...

What is a phase diagram? In a couple of paragraphs, explain what importance phase diagrams are especially when considering eutectic binary metal mixtures? (Hint: https://www.youtube.com/watch?v=h5dwpTqacqc )?

A 280-V, 3Ø AC power system, Y-connected three-phase generator connected through a three-phase transmission line to...

A 280-V, 3Ø AC power system, Y-connected three-phase generator connected through a three-phase transmission line to a Y-connected load. The transmission line has an impedance of (0.02+j0.4) Ω/phase, and the load has an impedance of (4+j3) Ω per phase. Determine the;(a)line current (IL) at the load [2Marks] (b)line and phase voltage of the load[2 Marks](c)active power, reactive and apparent power [2 Marks](d) power factor and specify whether it is lagging or leading. [4 Marks]

Electric Machinery What are the advantages of using three-phase induction motor as compared to single phase...

Electric Machinery What are the advantages of using three-phase induction motor as compared to single phase induction motors? please write it with long details and with clear written

The general form of a phase diagram is given below. Observe that this phase diagram...

The general form of a phase diagram is given below. Observe that this phase diagram is divided into three regions by the blue boundary lines similar to the way the interactive phase diagram for CO2 was divided. Compare this general form of this phase diagram with the interactive phase diagram for CO2 and classify points a through g on the phase diagram according to the number of phases present at each point. One phase: Two Phases: Three Phases:

what is the difference between a Eutectic Phase Diagram and a Peritectic Phase Diagram?

A 1000MVA, 20kV, 60 Hz three phase generator is connected to an infinite bus through a...

A 1000MVA, 20kV, 60 Hz three phase generator is connected to an infinite bus through a 1000MVA, 20kV? / 345kVY transformer to a 345kV circuit breaker and a 345kV transmission line. The generator reactances are X``d=0.17, X`d=0.30, and Xd=1.5 per unit on a 1000MVA, 20kV base. Generator time constants are T``d=0.05 seconds, T`d=1.0 seconds, and TA=0.10 seconds. The transformer series reactance is 0.10 per unit on the transformer ratings as a base. Neglect transformer losses, excitation current, and transformer time...

Open the phase diagram for CO2 given in the introduction again. Use the phase diagram...

Open the phase diagram for CO2 given in the introduction again. Use the phase diagram for CO2 in the interactive activity and determine which of the following statements are correct. Check all that apply. CO2 is a gas under normal conditions of temperature and pressure. When the pressure is 1 atm, there is no temperature at which the liquid phase of CO2 exists. All three phases of CO2 exist simultaneously at the triple point. CO2 forms a supercritical fluid...

A three-phase 50Hz, 500MVA 15kV generator has an inertia constant of 2pu/s. a) For a given...

A three-phase 50Hz, 500MVA 15kV generator has an inertia constant of 2pu/s. a) For a given power system the initial load angle is δ0 and the change in momentum is M. Following a small disturbance the load angle increases to δ1. If the accelerating power associated with disturbance is Pa deduce an equation that expresses δ1 in terms of M, Pa δ0 and time, t. b) Calculate the i. Synchronous speed ii. Change in momentum c) Initially the mechanical and...

Question