DocumentCode
2202889
Title
Optimization of a feeder using DR
Author
Nichols, D.K. ; Early, E. ; Kelly, John
Author_Institution
American Electr. Power, Columbus, OH, USA
fYear
2004
fDate
10-10 June 2004
Firstpage
2043
Abstract
Distributed resources (DR) can provide solutions to today´s energy challenges as a supplement or support function to the traditional central generation and power grid system. Complimentary solutions are needed to meet projected growth in new load and peak demand (EIA Annual Energy Outlook) while providing grid stability, security and end-user power quality solutions. A recent DOE study indicates that DR integration into the existing power grid can improve asset utilization without requiring major capital investment in new large generation or energy delivery infrastructure. Energy-efficient DR technologies have the additional advantage of reducing greenhouse gas emissions while improving feeder utilization and power quality. With expected cost reduction and enhanced performance characteristics DR technologies can be utilized to enhance the existing energy delivery infrastructure. This paper discusses the use of DR from a customer perspective to improve feeder utilization, and possibly defer needed upgrades.
Keywords
air pollution control; cogeneration; cost reduction; distributed power generation; energy conservation; gas turbines; heat recovery; invertors; optimisation; power supply quality; power system interconnection; cost reduction; distributed resources; end-user power quality; energy delivery infrastructure; energy-efficiency; feeder; greenhouse gas emissions; grid security; grid stability; heat recovery; interconnected power system; inverters; load demand; microturbines; optimization; peak demand; performance characteristics; power grid system; Distributed power generation; Energy efficiency; Investments; Mesh generation; Power generation; Power grids; Power quality; Power system security; Power system stability; US Department of Energy;
fLanguage
English
Publisher
ieee
Conference_Titel
Power Engineering Society General Meeting, 2004. IEEE
Conference_Location
Denver, CO
Print_ISBN
0-7803-8465-2
Type
conf
DOI
10.1109/PES.2004.1373236
Filename
1373236
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