Simulation and Evaluation of Optimization Problem Solutions in Distributed Energy Management Systems
作者:
所属专业方向:
Energy Management Systems
摘要:
Deregulation in electricity markets requires fast and
robust optimization tools for a secure and efficient operation of the
electric power system. In addition, there is the need of integrating
and coordinating operational decisions taken by different utilities
acting in the same market. Distributed Energy Management Systems
(DEMS) may help to fulfill these requirements. The design of
a DEMS requires detailed simulation results for the evaluation of
its performance. To simulate the operation of a DEMS from the optimization
standpoint, a general purpose distributed optimization
software tool, DistOpt, is used, and its capabilities are extended
to handle power system problems. The application to the optimal
power flow problem is presented.
Deregulation in electricity markets requires fast and+ D f. s/ J. S8 S6 _- s. h# I
robust optimization tools for a secure and efficient operation of the, L& Y5 y! z- _# W/ x
electric power system. In addition, there is the need of integrating' X9 o% G6 e# `2 g5 P
and coordinating operational decisions taken by different utilities - b+ _5 o: t$ x1 u' jacting in the same market. Distributed Energy Management Systems3 O, `8 ~# r) D; q m
(DEMS) may help to fulfill these requirements. The design of % K1 L- z% ~+ v& c$ Ba DEMS requires detailed simulation results for the evaluation of 6 a! w1 r, O/ Oits performance. To simulate the operation of a DEMS from the optimization ; p5 \% ? I3 |5 Bstandpoint, a general purpose distributed optimization c0 k- K+ s; s/ N: C. \9 \& asoftware tool, DistOpt, is used, and its capabilities are extended 6 Y. w( |. k+ c0 a% X/ Q0 } h& gto handle power system problems. The application to the optimal7 E& V% P4 f$ A% E8 \: `
power flow problem is presented.
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发表于 2011-8-22 19:37:08
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