Co-evolution of smart energy products and services
A novel approach towards smart grids
A. Reinders (University of Twente)
Moreno de Respinis (University of Twente)
J. van Loon (University of Twente)
A Stekelenburg (DNV GL)
F. Bliek (DNV GL)
W. Schram (Universiteit Utrecht)
W. van Sark (Universiteit Utrecht)
T. Esteri (AIT Austrian Institute of Technology)
S. Übermasser (AIT Austrian Institute of Technology)
F. Lehfuss (AIT Austrian Institute of Technology)
E. Gultekin (Wageningen University & Research)
B. van Mierlo (Wageningen University & Research)
E. Markočič (Eseia)
B. Hassewend (Eseia)
Carla Robledo (TU Delft - Energy Technology)
Ioulia Papaioannou (TU Delft - Energy Technology)
Ad van Wijk (TU Delft - Energy Technology)
M. Lagler (Graz University of Technology)
E. Schmautzer (Graz University of Technology)
T. Höhn (Graz University of Technology)
L. Fickert (Graz University of Technology)
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Abstract
In this paper we present our project on interdisciplinary evaluations of existing smart grid environments regarding (1) the technical performance of smart energy products and services, (2) end users perceptions, (3) stakeholder processes and (4) market aspects. Our evaluations are based on data and information originating from real life pilots and demonstration projects in the field of smart grids in residential areas in the Netherlands and in Austria. The so-called CESEPS project is executed in the European ERA-Net Smart Grids Plus program. CESEPS stands for Co-Evolution of Smart Energy Product and Services. Its main objective is to support the development of smart energy products and services for local smart grids that better respond to the demands and concerns of all stakeholders in terms of performance, cost, reliability, safety and robustness, sustainability and energy-efficiency, and end users' comfort. Besides comparative data analyses and user surveys, this three year project comprises simulation activities to model existing and innovative smart grid energy products to evaluate their feasibility, given the aspects above mentioned. In this paper our approach will be explained and illustrated by several examples of ongoing subtopics of research and knowledge dissemination among stakeholders in the smart grid sector.