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Advisor(s)
Abstract(s)
The current regulatory framework for maintenance outage scheduling in distribution systems needs revision to face
the challenges of future smart grids. In the smart grid context, generation units and the system operator perform new roles with different objectives, and an efficient coordination between them becomes necessary. In this paper, the distribution system operator (DSO) of a microgrid receives the proposals for shortterm (ST) planned outages from the generation and transmission side, and has to decide the final outage plans, which is mandatory for the members to follow. The framework is based on a coordination procedure between the DSO and other market players. This paper undertakes the challenge of optimization problem in a smart grid where the operator faces with
uncertainty. The results show the effectiveness and applicability of the proposed regulatory framework in the modified IEEE 34- bus test system.
Description
Keywords
Demand forecasting Distribution system Maintenance outage scheduling Smart grid Stochastic modeling of power systems
Citation
Publisher
IEEE