JP Journal of Heat and Mass Transfer
Special Issue II, Advances in Mechanical System and ICT-Convergence, Pages 109 - 118
(December 2020) http://dx.doi.org/10.17654/HMSIII20109 |
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ENERGY SHARING AND UTILITY MAXIMIZATION ALGORITHM FOR A SMART MICROGRID NETWORK
Yeonwoo Lee and Min-A Jung
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Abstract: Photovoltaic (PV) and wind turbine (WT) prosumers have been regarded as representative renewable energy resources in a smart microgrid (MG) network, producing renewable energy and meanwhile consuming energy. In this paper, the energy sharing based user satisfaction ratio utility maximization algorithm with the prioritized energy trading management is proposed in order to balance and schedule demand and supply of the energy in a smart microgrid network. Simulation results demonstrate that with these management parameters for PV combined WT prosumers, the proposed algorithm can guarantee the out performing satisfaction ratio performance in terms of consumers’ energy demand and prosumers’ energy supply. |
Keywords and phrases: energy sharing, microgrid network, renewable energy, photovoltaic prosumer.
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