SEL Power System Model

This project will create a mathematical model of an industrial facility's electrical power system. This model will be run on a Real Time Digital Simulator (RTDS) computer in conjunction with other control hardware donated by Schweitzer Electric Laboratories to simulate electrical faults and load shedding.

Design Task
The purpose of this project is to accurately model a system to study many key electrical protection and mechanical controls systems. The model will be limited by the size and processing power of the RTDS. Many components will be built using RSCAD software, such as: Each component will be validated then simulated with a RTDS. Once everything is validated, the components will be connected into one system.
 * Combustion Gas Generator
 * Steam Turbine Generator
 * Utility Power
 * Variable Speed Drive (VSD)
 * Synchronous Motor
 * Induction Motor
 * Exciter
 * Governor
 * Transformer

Detailed Specifications
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Project Learning
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Team Members
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Adel Al Mater
Electrical Engineering student specializing in energy systems and power protection.

David Eldredge
Mechanical Engineering student specializing in instrumentation and controls.

Chris Foiles
Electrical Engineering student specializing in power. Interested in being an engineer which works to bridge the gap between engineering design and business implementation.

Ann McConnell
Electrical Engineering student specializing in power and energy systems. Has research experience with superconductive power leads and fault current limiters.