Proposing a Stochastic Model for Failures of the Upstream Grid While Optimally Scheduling of Microgrid



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Submitted Sep 10, 2019
Published Oct 30, 2019
10.24018/ejece.2019.3.5.119

Abstract viewed = 224 times

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In this paper, optimal scheduling of home appliances
as well as dispatchable distributed generators are determined
within a residential microgrid for a specific day. In this regard,
stochastic nature of non-dispatchable distributed generators such
as wind and solar is modeled taking advantages of Markov model.
Also, there are other uncertainties in the model stem from time of
failure as well as duration of failure in the upstream grid which is
taken into account in the problem formulation. The effectiveness
of the proposed method is shown by minimizing cost of providing
customers with electricity in a residential microgrid.

Keywords: Home appliances, microgrid, MILP, optimization, renewable energy resource, scheduling, smart home

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