Technical loss reduction - power supply, Electrical Engineering

Technical Loss Reduction - Power Supply

1. Technical loss reduction could be achieved through several measures such as network reconfiguration, load balancing, network reconductoring, capacitor installation (shunt or series), employing auto voltage booster, relocation of distribution transformers at load centres,  laying additional link lines, augmentation of distribution transformers, addition of new  distribution transformers, Improving joints, increasing HT:LT ratio, adoption of HVDS (High Voltage Distribution System) and regular manages of distribution network.

2. The acceptable technical power loss levels are within the range of 8.25% to 15.5% depending on configuration of the network, physical parameters of the network, level of loading and prevalent operating voltage levels and etc.

3. In the long-term, plans for phased strengthening and improvement of the distribution systems along with related transmission system will have to be prepared or implemented on a regular basis.

Posted Date: 2/6/2013 6:43:16 AM | Location : United States







Related Discussions:- Technical loss reduction - power supply, Assignment Help, Ask Question on Technical loss reduction - power supply, Get Answer, Expert's Help, Technical loss reduction - power supply Discussions

Write discussion on Technical loss reduction - power supply
Your posts are moderated
Related Questions


Machine Language ( First Generation Language) As we have  already discussed that all digital  circuits  can identify  only two  states which  can be specified  by 0 and i henc

Question: a) Give one reason why a "subroutine" could be written into the body of the main program. b) With the help of the diagram below, write down the sequence of the ni

Mode 1 ( 0 By  applying a positive  output  pulse  of the pulse  width modulator to  the  transistor Q 1 it gets turned on.  An input  current  in flows  through V in   Q 1

Q. What do you mean by Continuous signals? Continuous signals are described by time functionswhich are defined for all values of t (a continuous variable). Commercial broadcast

RLC  Rotate Accumulator Left Instruction This  instruction also rotates the contents of the accumulator towards  left by one bit. The  D 0 bit  moves  to D 1  bit moves to D

Binary  Number Systems As mentioned  earlier this  number is used by  digital  systems like  microprocessor  and other  digital  circuits. This  number  systems  use only two

Could you please answer this question with an explanation?

design and sketch an optimal circuit that takes a 4 bit number and generates an 8 bit output equal to the square of the input