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ID150651
Title ProperOptimization of demand response programs in smart grids
LanguageENG
AuthorDerakhshan, Ghasem ;  Shayanfar, Heidar Ali ;  Kazemi, Ahad
Summary / Abstract (Note)The potential to schedule portion of the electricity demand in smart energy systems is clear as a significant opportunity to enhance the efficiency of the grids. Demand response is one of the new developments in the field of electricity which is meant to engage consumers in improving the energy consumption pattern. We used Teaching & Learning based Optimization (TLBO) and Shuffled Frog Leaping (SFL) algorithms to propose an optimization model for consumption scheduling in smart grid when payment costs of different periods are reduced. This study conducted on four types residential consumers obtained in the summer for some residential houses located in the centre of Tehran city in Iran: first with time of use pricing, second with real-time pricing, third one with critical peak pricing, and the last consumer had no tariff for pricing. The results demonstrate that the adoption of demand response programs can reduce total payment costs and determine a more efficient use of optimization techniques.
`In' analytical NoteEnergy Policy Vol. 94, No.94; Jul 2016: p.295–306
Journal SourceEnergy Policy 2016-07 94, 94
Key WordsDemand Response ;  Smart Grids ;  Pricing Strategy ;  TLBO ;  SFL Algorithm