iPower Conference - Smart Grid in Residential Buildings

iPower Conference about Smart Grid in Residential Buildings

Wednesday 21 May 14
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Contact

Henrik W. Bindner
Senior Researcher
DTU Electrical Engineering
+45 46 77 50 50

About iPower

iPower is a strategic platform where universities and industrial partners consolidates innovation and research activities for the purpose of developing intelligent control of decentralized power consumption. It is an ongoing task in iPower to produce the right tools to manage millions of flexible consumption units, as well as to uncover methods of operation in search for a way to run distribution with flexible power generation. Methods for identification of user needs and acceptance of flexible consumer units are being tested in practice.

The iPower Platform develops and matures Smart Grid technologies for the electrical grid, industries and residential applications. The society needs Smart Grid technology to ensure that the electrical grid can absorb all the energy generated by wind and solar renewables. The iPower platform links research, innovation and demonstration to actual product development by specifying technologies, requirements and methods for Smart Grid products. It enables the industry partners to become first movers in a new and growing world market.

The iPower platform's full name is "Strategic Platform for Innovation and Research in Intelligent Power.
On 13-14 May 2014 the iPower project held the bi-annual consortium meeting – this time hosted by AAU in their Copenhagen facilities. The focus of the conference was research and development of smart grid in residential buildings

The scientific program of the conference was structured around three main topics:
• iPower in an international perspective
• Innovation in the iPower project
• Perspectives from the viewpoints of the consumer and society

Day 1

The iPower conference addressed society’s need for energy flexibility - now as well as in the future. The ambitious Danish energy-policy targets are that by 2025 wind power must constitute 50% of the electricity consumption, and by 2050 Denmark must be 100% fossil-free. Energinet.dk gave an overview of the development in the need for flexible energy consumption in Denmark due to the development of wind energy. 

The conference also touched upon the standards for residential smart grid: Founded in the European MIRABEL project, Aalborg University and TNO has developed methods and standards for grouping blocks of flexible energy consumption into larger, more valuable, chunks of flexibility that are more compatible with energy and ancillary service markets.

The final presentation of day one was given by Rish Ghatikar, Deputy Leader of the Grid Integration Group at Lawrence Berkeley National Laboratory. Rish Ghatikar spoke about a standard that may play a significant role in the future of residential smart grid, the Open Automated Demand Response (OpenADR) standard. 

Day 2

On day two, results from the iPower experimental setups in residential buildings at the Danish Technological Institute in Taastrup and Grundfos’ experimental house in Bjerringbro were detailed. Also, demonstrations of equipment and services developed by the iPower partners GreenWave Reality, Kamstrup, Develco Products, Nilan, ENFOR and DTU were presented.

Economical potential, user experiences and preferences were presented by AAU, COWI and Danish Energy Association.

A significant part of the research in residential building energy flexibility focuses on heating comfort. The afternoon of the 14 May was dedicated to this topic with a special session focusing on the perspective of the building material innovator and producer Saint-Gobain. Based on a keynote from Didier Roux, Vice President, R&D, Saint-Gobain in France, a panel discussion about buildings, heating comfort and energy efficiency & flexibility wrapped up the conference.

Find more information on the iPower website.

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https://www.cee.elektro.dtu.dk/news/Nyhed?id=%7B3F851526-43E8-4B81-852B-5978FC4FD78A%7D
14 JULY 2020