Testing Dynamic Parameters of Power Plant Units

Product Introduction:

The safe operation of the power grid is one of the most important concerns of the esteemed experts of the electricity industry. Currently, due to the everincreasing demand, the network is very close to its operational limits, and this has complicated the safe operation of the network. The first step is to conduct accurate and timely studies on the network to prevent possible outages.

However, conducting any detailed study on the network requires an accurate static and dynamic model of the network, whose accuracy has been evaluated periodically. Having a model that matches the network and conducting various studies can lead to reducing the number of unwanted exits, increasing the life of equipment, optimal utilization of the available capabilities of power plants, and improving the quality of electricity. Among the network components, produced components are of special importance. Currently, the available models of these units are not accurate enough and do not represent the actual performance of the power plants in any way. Therefore, it has been decided that all power plant units should conduct identification tests in order to finally obtain a complete and accurate model of the production network.

Technical Specifications:

* Using isolated data logging devices (Data Logger) with a high sampling rate (1 KHz)

* Measuring the load angle of the synchronous generator using a load angle measuring device (Load Angle Meter)

* Simulation of integrated model of power plant units in DIgSILENT software

Advantages:

* Accurate mathematical modeling of all parts of power plant units, suitable for dynamic studies

* Having an error below 2% in validation tests

* Load angle measurement technology using a load angle meter

International Standards or Permission:

* IEEE 115-2009

* IEC 60034-4-2018