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Real Time Digital Simulator Smart Grid Simulationinesei/images/posterpdfs/11-12_Jordan Inacio.pdf•...

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BACKGROUND: Smart grid enhances electrical performance by combining traditional power system with: Sensing and monitoring technology Information technology Communications Smart grid delivers reliable, economic, and sustainable electricity Utility companies (PPL Electric Utilities) are interested in smart grid system REAL TIME DIGITAL SIMULATOR: Power system simulator Solves electromagnetic transient simulations in real time Typically used for: High speed simulations Closed-loop testing of protection and control equipment “What-if” analysis’s Calculates time varying waves found on power lines and outputs in low voltages Voltages are inputted into control devices Real high voltages not used RSCAD: Real Time Simulator Computer Aided Design RTDS: Real Time Digital Simulator NOVATECH SUBSTATION DMS: Distribution Management System FAULT SIMULATION: Mimics an electrical fault on a three phase power system Line-to-line fault Line-to-ground fault Proved working knowledge of RSCAD software CURRENT STATUS: Modeling air break device More complicated than fault simulation THE PROBLEM: New, unproven, technology is flooding the smart grid market Testing technology by applying it to traditional system is: Expensive Time consuming Dangerous Labor intensive Results in unsatisfied customers THE SOLUTION: Utilize power system simulator to test smart grid technology Inexpensive Quick Safe Labor work not required Doesn’t affect customers power Power system simulator must be identical to PPL Electric Utilities system OPERATORS MODULE: REAL TIME SIMULATOR COMPUTER AIDED DESIGN: LINE-TO-LINE FAULT: FAULT NEXT STEPS: Finish modeling air break device Create operators module Test Distribution Management System Model additional control devices AUTHOR: Jordan Inacio B.S. Mechanical Engineering, 2011 M.E. Energy Systems Engineering, 2012 MENTORS: Thomas Russell Timothy Figura David Soyster http://www.rtds.com/index/index.html http://www.trademart.in/electrical-switchgears/product/search-exporters.html
Transcript
Page 1: Real Time Digital Simulator Smart Grid Simulationinesei/images/posterpdfs/11-12_Jordan Inacio.pdf• Smart grid enhances electrical performance ... FAULT SIMULATION: • Mimics an

BACKGROUND:

• Smart grid enhances electrical performance

by combining traditional power system with:

Sensing and monitoring technology

Information technology

Communications

• Smart grid delivers reliable, economic, and

sustainable electricity

• Utility companies (PPL Electric Utilities) are

interested in smart grid system

REAL TIME DIGITAL SIMULATOR:

• Power system simulator

Solves electromagnetic transient

simulations in real time

• Typically used for:

High speed simulations

Closed-loop testing of protection

and control equipment

“What-if” analysis’s

• Calculates time varying waves found on

power lines and outputs in low voltages

Voltages are inputted into control

devices

Real high voltages not used

RSCAD:

Real Time Simulator Computer Aided

Design

RTDS:

Real Time Digital Simulator

NOVATECH SUBSTATION

DMS:

Distribution Management System

FAULT SIMULATION:

• Mimics an electrical fault on a

three phase power system

Line-to-line fault

Line-to-ground fault

• Proved working knowledge of

RSCAD software

CURRENT STATUS:

• Modeling air break device

• More complicated than fault

simulation

THE PROBLEM:

• New, unproven, technology is flooding the

smart grid market

• Testing technology by applying it to

traditional system is:

Expensive

Time consuming

Dangerous

Labor intensive

Results in unsatisfied customers

THE SOLUTION:

• Utilize power system simulator to test

smart grid technology

Inexpensive

Quick

Safe

Labor work not required

Doesn’t affect customers power

• Power system simulator must be

identical to PPL Electric Utilities system

OPERATORS MODULE:

REAL TIME SIMULATOR COMPUTER AIDED DESIGN:

LINE-TO-LINE FAULT:

FAULT

NEXT STEPS:

• Finish modeling air break device

Create operators module

• Test Distribution Management System

• Model additional control devices

AUTHOR:

Jordan Inacio

B.S. Mechanical Engineering, 2011

M.E. Energy Systems Engineering, 2012

MENTORS:

Thomas Russell

Timothy Figura

David Soyster

http://www.rtds.com/index/index.html http://www.trademart.in/electrical-switchgears/product/search-exporters.html

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