학술논문

An Agent-based Design of Electricity Bidding Decision Support System for Pumped Storage Power Station
Document Type
Conference
Source
2009 International Conference on Industrial and Information Systems Industrial and Information Systems, 2009. IIS '09. International Conference on. :439-442 Apr, 2009
Subject
Computing and Processing
Power, Energy and Industry Applications
Decision support systems
Power generation
Power grids
Electricity supply industry
Power generation economics
Energy management
Power system management
Power system economics
History
Mesh generation
pumped storage power station
price bidding
Agent
Language
Abstract
For electricity bidding of pumped storage power station, an agent-based decision support system is designed, which is easier extensively and can be upgraded easily. At the same time, Common Object Request Broker Architecture) and KQML(Knowledge Query and Manipulation Language ) are selected to implement standard communications among different operation systems. And programming language JAVA is selected because of its advantages in net communications and securities. At last, a electricity bidding stratagem is advised that prices for electricity bidding should start at the same maximum not only in the short time but also in the long time, and than its value decreases gradually with different ends.