SEL Power System Model

This project will create a mathematical model of an industrial facility's electrical power system. Schweitzer Engineering Laboratories will donate equipment to this project. The SEL control hardware in conjunction with a Real Time Digital Simulator (RTDS) will simulate faults and load shedding for this industrial power model.

Design Task
Create an industrial power system model with utility inter-tie using RSCAD and Runtime software. Utility and generators will be connected to buses with various loads. The model will be limited by the size and processing power of the Real Time Digital Simulator (RTDS).

The power system will be comprised of the following components:
 * Combustion Gas Generator
 * Steam Turbine Generator
 * Utility Power
 * Variable Speed Drive (VSD)
 * Synchronous Motor
 * Induction Motor
 * Exciter
 * Governor
 * Transformer

Each component will be validated then simulated with RTDS. Once everything is validated, the components will be connected into one system. The system will be validated and controls will be added.

An SEL Real-Time Automation Controller (RTAC) will be used for the control algorithms. This piece of equipment will be connected to the RTDS and RSCAD equipped computer.

Detailed Specifications
Section needs to be written.

Project Learning
Section needs to be written.