• 001.jpg
  • 003.jpg
  • 004.jpg
  • 005.jpg
  • 007.jpg
  • af1.png
  • bb1.png
  • ca2.png
  • ca3.png
  • camera.png
  • clock.png
  • clock1.png
  • cont2.png
  • dish.png
  • ecco1.png
  • ecco2.png
  • ecco3.png
  • ecco4.png
  • ecco5.png
  • ecco6.png
  • ecco7.png
  • ecco8.png
  • ecco9.png
  • eng3.png
  • g555.png
  • g5552.png
  • i1.png
  • picture-1.png
  • pow1.png
  • pow3.png
  • s1.jpg
  • s2.jpg
  • s3.jpg
  • s4.jpg
  • tr1.png
  • traning.png
  • tripoli.jpg
  • tripoli.png
  • tripoli2.png
  • u11.png
  • v1.png
WELCOME ALL VISITORS ********ECCO Vision is to be at the forefront in providing the best, the latest and most appreciate consultancy services, training and studies in the field of Electricity and Communications ******** ECCO LIBRARY .********** NEW BOOKS IN POWER ******* NEW BOOKS IN CONTROL ******* NEW BOOKS IN COMMUNICATIONS*************POSTGRADUATE THESISES

Adsence

who's online

We have 150 guests and no members online

visitors counter

Today
Yesterday
This Week
Last Week
This Month
Last Month
All days
302
1037
5635
54118
19312
48299
71966

Your IP: 34.238.248.103
2020-08-13 06:16

Short Circuit Analysis is performed to determine the currents that flow in a power system under fault conditions. If the short circuit capacity of the system exceeds the capacity of the protective device, a dangerous situation exists. Since growth of a power system often results in increased available short-circuit current, the momentary and interrupting rating of new and existing equipment on the system must be checked to ensure the equipment can withstand the short-circuit energy. Fault contributions for utility sources, motors and generators are taken into consideration. The results of a Short Circuit Analysis are also used to selectively coordinate electrical protective devices.

ECCO Photos

ECCO Video

video