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A Framework for Modelling Residential Prosumption Devices and Electricity Tariffs for Residential Demand Response

In this paper, we propose a unified framework for inclusion of different electricity tariff components and residential prosumption devices in a residential energy management system (REMS). This framework allows REMS to use flexible modelling with respect to devices and price components applicable to an individual house, without requiring unique models for each device and tariff. The significance of this work is that the proposed framework facilitates the process for investigating how dwellings may respond to various tariffs when energy prosumption is optimally scheduled. In this work, we include six cost components and four response classes to illustrate the usage of this framework.