The scope of work:

The power system protection training system should adopt a modular design method and have computer-based data collection and control functions to provide students with basic power technology knowledge with unparalleled power system protection training. Supply, install and debug complete power system protection training system. 

All equipment and materials provided shall meet the following conditions:

The maximum ambient temperature is 40C.

The average ambient temperature is 35C.

Climate/working conditions (completely tropical conditions)

Average relative humidity 70%-90%

230V AC single phase 50 Hz

Promote laboratory experiments:

The proposed power system protection should be able to cover the following laboratory module topics related to power system protection

a Symmetric and asymmetric fault analysis

b. Operation and stability of different relays

C. Distance protection

d. Numerical relay

e. Undercurrent/Overcurrent

F. Undervoltage/Overvoltage

G. Synchronization check

h below frequency/above frequency

I phase balance, phase sequence

j. Reverse power

k. Power factor