Use of capacitor in technical loss reduction, Electrical Engineering

Assignment Help:

Use of Capacitor in Technical Loss Reduction

The use of capacitors to correct for poor power factor is a well-built and cost-effective means of reducing distribution system losses and maximizing the revenue. Capacitor banks could be placed close to the low power factor loads, and other appropriate locations for maximizing the system advantages in terms of releasing system capacity, controlling voltage and minimizing system losses. The capacitors should be a combination of switched and fixed kinds to avoid overcompensation. In certain States, the Regulatory Commissions have introduced kVAh tariffs to protect the interest of the distribution utilities and penalize for the poor power factors.

In most LT distribution circuits, it is found in which the Power Factor (PF) ranges from 0.65 to 0.75. Here you will learn that a low PF contributes towards high distribution losses. For low power factor the amount of current drawn raise to meet the similar kilowatt demand of the load. Therefore low power factor results in higher currents by the system. Higher line currents result in higher losses because of the inherent resistance in the distribution lines.


Related Discussions:- Use of capacitor in technical loss reduction

How many bits are required, This problem concerns entropy There are hund...

This problem concerns entropy There are hundred students in a midterm exam. There are 5 grades and the number of students having each grade is shown below. At a min

Define asynchronous communication with serial communication, With respect t...

With respect to serial communication define the asynchronous communication. Asynchronous implies "no synchronization", and therefore does not require sending and receiving idl

Input output operations , Input Output Operations Many times microproc...

Input Output Operations Many times microprocessor has to  accept data  from input port and send data to  output  port to  interact with the  real world. Input  port is  tri st

Explain atomic structure & energy band diagram of germanium, Explain Atom...

Explain Atomic structure and Energy Band Diagram of Germanium. Germanium : This is one of the most common semiconductor material utilized in the application in electronics.

Real power sources - overview, We have seen that a practical power source m...

We have seen that a practical power source may be modelled by an ideal constant voltage source in series with a resistor - a Thevenin equivalent circuit Alternati

Show npn common emitter amplifier, Q. Show NPN Common Emitter Amplifier? ...

Q. Show NPN Common Emitter Amplifier? The common emitter configuration lends itself to voltage amplification and is the most common configuration for transistor amplifiers.

Illustrate gas power plant, With the help of schematic diagram illustrate G...

With the help of schematic diagram illustrate Gas Power Plant. Describe the effect of reheating, regeneration and inter cooling with the help of suitable T-S diagrams. Give the

Controls and system, transfer function of Lube Oil Cooler Temperature

transfer function of Lube Oil Cooler Temperature

Electrical engineering, 4. Modify the circuit designed for question 3 to pr...

4. Modify the circuit designed for question 3 to provide an emergency stop which will park both cylinders in the extended position (i.e. A + B +). 5. Modify the circuit designed fo

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd