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Research Goals: Develop, Test and Validate Smart Grid
Algorithms as well as Test Smart Grid Devices
Teaching Goals:
Smart grid education targeted towards middle school, high school,
undergraduate and graduate students using hardware-in-the-loop
demonstration of smart grid devices and operations
Motivation: The electric power
system is moving towards the Smart Grid (SG) development for improved
reliable, secure and economic operation. Implementation of such a
system requires development, enhanced testing and validation of smart
grid technologies. Objective of SGDRIL is focused on development,
testing and validation of these algorithms as well as testing of
devices at generation, transmission, distribution, and at home network
level.
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Part of SGDRIL
Testbed
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Research/ Teaching Activities: Scope of SGDRIL will be at all
levels of power system including transmission, distribution generation
to home network systems. Collaborations within department and outside
is in progress to address cyber-security, communication, control,
signal processing, visualization, computer interface, data mining and
smart home aspect of Smart Grid with focus on power system. Main
activities include:
- Phasor
based applications at transmission level including stability, security,
remedial scheme and state estimation algorithms based on phasor data
- Testing
of microgrid concepts, algorithms, with integration of renewable at
distribution level
Testing of phasor devices including PMU, phasor data concentrator,
historians and controllers at distribution and transmission level
- Interface
with Smart Home for monitoring home loads and providing demand response
based control within electricity market based operation
- Interface
with data communication emulator, data delivery methods for testing of
different communication options in smart grid. Investigation of
cybersecurity using integrated hardware in the loop setup of physical
devices and simulated power system, and hybrid physical/emulated
communication channels
- Using
developed test bed for Smart grid demonstration to students for better
understanding including PMU, Relay, DFR and other devices
operation
SGDRIL is
always looking for suggestions and support from industry and
researchers. Please contact Dr. Srivastava to provide any suggestions
or to get additional information.
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Dr. Srivastava is part of two
panels at IEEE PESGM 2012 and was part of three
panels at PESGM, 2011 |
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SGDRIL is part of PSERC and TCIPG
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Dr. Srivastava is organizing a
panel on K-12 outreach at IEEE T&D 2012 and on Microgrid at
IEEE PESGM, 2012 |
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Like SGDRIL  |
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