1.- Verification of Line Distance Protection functionality.
2.- Line Distance Protection with different measurement circuit conditions.
3.- Line Distance Protection with different Line Loads conditions.
4.- Verification of Phase Instantaneous Overcurrent Element.
5.- Verification of Ground Instantaneous Overcurrent Element.
6.- Verification of Phase Time Overcurrent Protection Element.
7.- Verification of Ground Time Overcurrent Protection Element.
8.- Verification of Current Transformer Measurement accuracy.

9.- Verification of Current Transformers Connection Diagram.
10.- Verification of Voltage Transformers Measurement Accuracy and
Connection Diagram for Distance Protection.
11.-Overhead Transmission Line Parameters Estimation for Distance Protection.
12.-Overhead Transmission Line Distance Protection.
13.- Distance Protection Event Reports Analysis.
14.- Distance Protection Relay Human Machine Interface.
15.-Distance Protection Relay Configuration.
16.- Distance Protection of Simple PowerSystem Example.

The main functions:
+ Two zones of Phase Mho Distance Protection Element (21P).
+ Two zones of Ground Mho Distance Protection Element (21G).
+ Directional Phase Overcurrent Protection Element (67P).
+ Directional Ground Overcurrent Protection Element (67G).
+ Phase Overcurrent Protection Element (50P).
+ Ground Overcurrent Protection Element (50G).
+ Phase Time-Overcurrent Protection Element (51P).
+ Ground Time-Overcurrent Protection Element (51G).
+ Event Reports.
+ Breaker Wear Monitor.
+ Fault Locator.
+ Local Display.
+ Synchronophasors.
+ Load Encroachment.
+ Metering and Monitoring Functions.
+ Creating fault and disturbance records.
+ Blocking of any one protection element.

The connection to the experimental circuit is via current transformers with ratio to suit the inputs of the relay.

It allows an effective demonstration of the effect of current and voltage transformer ratio, connection and rating on protective relays.