Energija, Vol. 56 No. 6, 2007.
Pregledni rad
APPLICATION OF MULTI-AGENT SYSTEMS IN ELECTRICITY MARKET SIMULATORS
I. Rajšl
S. Krajcar
K. Krpan
Sažetak
Since the liberalization and deregulation of the electricity markets throughout the world are in full swing, the number of market participants, as well as their diversity, is sharply increasing. In the traditional monopolistic market model, all the processes that occur in a power system have been supervised by vertically integrated companies. Since market logic is changing from that oriented toward minimizing generation costs for electrical energy to the trend of maximizing profit, the risk is being distributed among all the market participants uniformly and is no longer entirely borne by the final consumers. Under such uncertain conditions, in which the prices of electrical energy change from hour to hour, each market participant wants a reliable tool to facilitate optimal and quality decisions and strategic performance. At practically the same time, a relatively new scientific discipline is making rapid advances agent-based process modeling from real life. Through adaptive and intelligent agents, with the possibility of communication, attempts are being made to depict the activities of individuals and institutions. Just such an agent approach has undoubtedly already found a role in the simulation of processes that occur on the electrical energy market. The better the model and the better its adaptation to the real state of a specific market, the better the results for the user and the greater the profit.
Ključne riječi
agents; Electricity Market Complex Adaptive System (EMCAS); electricity market simulators; electricity market
Hrčak ID:
20224
URI
Datum izdavanja:
31.12.2007.
Posjeta: 2.133 *