Application of Cloud Computing for Economic Load Dispatch and Unit Commitment Computations of the Power System Network

Abstract

The objectives of this research paper is to discuss the impacts of the economic load dispatch solutions and unit commitment solutions for online power system applications in cloud computing environment. The economic load dispatch solutions and unit commitment solutions calculations for multi- area power system implemented on cloud computing environment is to give solutions to the real time monitoring arrangement, it is affected by the inter-operability problems among conventional client – server architecture. The existing load dispatch and commitment system computing cannot able to meet the expectations of the efficient monitoring and accurate delivery of the output with the massive enlargement of power system network in day to day basis. Besides, the cloud computing implementation on economic load dispatch and unit commitment and through threads of single server – multi client architecture is suggested to implement by considering each client as thread instance as power system client. The current methods on solving these problems through high performance computing infrastructures creased more issues on scalability, more maintenance and investments. The proposed method is ideal replacement due to high capacity, very high scalability and less cost in all the services.