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PROJECT TITLE :

Fully Distributed Social Welfare Optimization With Line Flow Constraint Consideration

ABSTRACT:

This paper proposes a fully distributed social welfare optimization resolution that solves the economic dispatch and demand response issues in an integrated way. Compared with sequentially implementing these 2 operations one after another, the integrated solution will efficiently maximize the benefits of shoppers and minimize the generation cost of generators simultaneously. By adjusting both generations and dispatchable hundreds, line flow constraints and generation bounds can be satisfied easier. The proposed answer has two layers of operations for consensus-based mostly data discovery and gradient-based generation or demand adjustment, respectively. It is totally distributed in the way that there's no want for a specialized/central controller to coordinate the operations of the autonomous local controllers (agents). Compared with centralized solutions, the multiagent system-primarily based distributed solution is additional reliable against single-purpose failures and will higher accommodate customer participation. The proposed resolution has been tested with a 5-bus system and also the IEEE thirty-bus system beneath light- and significant-load conditions. Each static optimization and dynamic simulation results are provided to demonstrate the performance of the proposed resolution.


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