In this study, we demonstrate the contribution of IS-supported demand response (DR) programs to the development of a sustainable transport sector. Based on the energy informatics framework, we develop an IS artifact that can be used to apply DR programs for electric vehicle (EV) fleets. Furthermore, we quantify one DR program in economic terms by analyzing data gathered in an electric mobility ...

Demand-Response (DR) has emerged as a valuable resource option for balancing electricity supply and demand. However, traditional power system models have neglected to include DR within long-term expansion problems. We can summarize our scientific contributions in the following aspects: (i) design of new integrated co-optimization planning model demand coordination; (ii) assessment technical eco...

With the wide deployment of combined heat and power units, electric boilers, etc., system heating are coupled tightly, which necessitates expansion planning in a coordinated manner. Demand response (DR) is considered an effective method for augmenting flexibility, would lead to more beneficial strategy co-expansion strategy. Therefore, we develop bi-level model with DR constraints integrated mi...