ENERGY STORAGE SYSTEM OPERATION AND CONTROL FOR GRID RESILIENCY AND ENHANCING RENEWABLE ENERGY PENETRATION

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Abdelrazek, S. (2015). ENERGY STORAGE SYSTEM OPERATION AND CONTROL FOR GRID RESILIENCY AND ENHANCING RENEWABLE ENERGY PENETRATION. Unc Charlotte Electronic Theses And Dissertations.
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Abstract

This research aims to examine the potential value of Energy Storage Systems (ESSs) to different sects of the electrical power system through the various applications in which it could be utilized. The different storage technologies are reviewed in light of the sector of the grid (generation, transmission and distribution) where the value they hold is most desired. Further, energy storage technologies’ feasible renewable energy applications as well as ancillary services applications are closely examined. Efforts to quantify the value that such applications hold to power produces, grid operators and consumers are reviewed and presented. A complete battery energy storage management scheme to maximize potential value that can be brought forth to medium voltage feeders is presented. In general, the potential performance benefits produced by possible energy storage applications include improved system reliability, dynamic stability, enhanced power quality, transmission capacity enhancement and area protection. Hence, a unique control algorithm is introduced. This algorithm comprises three main storage applications. An ancillary services application (voltage support), Energy Time Shift (ETS) and PV Capacity Firming (PVCF) are presented. Designs are tested on EMTP simulation platforms and implemented on a practical feeder.

Details
Author

Abdelrazek, Sherif

Title

ENERGY STORAGE SYSTEM OPERATION AND CONTROL FOR GRID RESILIENCY AND ENHANCING RENEWABLE ENERGY PENETRATION

Physical Description

1 online resource (257 pages) : PDF

Date

2015

Degree Granting Institution

University of North Carolina at Charlotte

Abstract

This research aims to examine the potential value of Energy Storage Systems (ESSs) to different sects of the electrical power system through the various applications in which it could be utilized. The different storage technologies are reviewed in light of the sector of the grid (generation, transmission and distribution) where the value they hold is most desired. Further, energy storage technologies’ feasible renewable energy applications as well as ancillary services applications are closely examined. Efforts to quantify the value that such applications hold to power produces, grid operators and consumers are reviewed and presented. A complete battery energy storage management scheme to maximize potential value that can be brought forth to medium voltage feeders is presented. In general, the potential performance benefits produced by possible energy storage applications include improved system reliability, dynamic stability, enhanced power quality, transmission capacity enhancement and area protection. Hence, a unique control algorithm is introduced. This algorithm comprises three main storage applications. An ancillary services application (voltage support), Energy Time Shift (ETS) and PV Capacity Firming (PVCF) are presented. Designs are tested on EMTP simulation platforms and implemented on a practical feeder.

Genre

doctoral dissertations

Subjects--Topics

Electrical engineering
Engineering
Power resources

Degree

Ph.D.

Keywords

Battery Energy Storage
Energy Time Shift
PV Smoothing
Smart Grid
Storage Management System
Voltage Support

Subject Area

Electrical Engineering

Advisor(s)

Kamalasadan, Sukumar

Committee Members

Cecchi, Valentina
Enslin, Johan
Tempest, Brett

Degree Note

Thesis (Ph.D.)--University of North Carolina at Charlotte, 2015.

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Rights Holder Information

Copyright is held by the author unless otherwise indicated.

Identifier

Abdelrazek_uncc_0694D_10985

Permalink

http://hdl.handle.net/20.500.13093/etd:551