Decentralized optimal power pricing

1 January 1993

proceedings article
Published by Association for Computing Machinery (ACM)

Vol. 1 (4) , 240-249
https://doi.org/10.1145/169627.169718

Abstract

An algorithm for solving a large-scale optimization problem concerning decentralized pricing of electrical power has been implemented. To help abstract the communication and layout requirements of the problem away from the main algorithm, a small object system library has been developed. The results are an efficient and easily modifiable solution to the problem and a general approach to solving this class of problems. The formulation of the problem and the object system are considered in detail.

Keywords

PARALLEL PROGRAM
DECENTRALIZED PRICING
DECENTRALIZED OPTIMAL POWER PRICING
MAIN ALGORITHM
GENERAL APPROACH
LAYOUT REQUIREMENT
LARGE-SCALE OPTIMIZATION PROBLEM
OBJECT SYSTEM
SMALL OBJECT SYSTEM LIBRARY
ELECTRICAL POWER
MODIFIABLE SOLUTION
ELECTRIC POWER SYSTEM
COSTING
ECONOMICS
PARALLEL PROGRAMMING
OPTIMIZATION PROBLEM
POWER SYSTEMS

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