An Evaluation and Consideration on Prototype Power Control System based on Distributed Object and Mobile Agent Technologies

Abstract

In this paper, the authors develop a prototype cooperative VQC system using distributed object and mobile agent technologies as an actual application of DRNA. DRNA is the architecture of power system communications for achieving seamless, real-time, adaptive and secure information exchange among distributed power equipments.
The authors apply this architecture to an analog power system simulator, and confirm that it can properly control the voltages of the simulator in real-time. And the authors make two studies. The former is to apply such technologies into real-time power control systems. The latter is the intellectual agent technologies as the method to develop concept-based power system.