Energy-efficient Smart Cities The ESC group looks at different aspects of digitalisation, which are becoming increasingly indispensable for the creation of energy-efficient districts and cities.
Reducing primary energy consumption and thus CO2 emissions is the central challenge for achieving the political climate targets. The current trend in medium-sized cities such as Oldenburg and rural areas towards increasing self-sufficient electricity supply through photovoltaic (PV) and small combined heat and power plants (CHP plants) is a first contribution to this. In order to fully exploit the potential of this trend, the electricity, heat and electric mobility sectors must be connected at neighbourhood level and the players involved must be connected to each other.
The Energie-efficient Smart Cities group looks at different aspects of digitalisation, which are becoming increasingly indispensable for the creation of energy-efficient districts and cities. These include:
- Secure and standardised data communications for recording transmission of predominantly energy-related measured values from consumers and generators
- Conception and development of federal data and service platforms for data processing and the implementation of diverse business models
- Implementation and testing of algorithms for intelligent load and procurement management for decentralized generators and consumers at the neighbourhood level
The group's flagship project is the 'Energetic Neighbourhood Quarter at Oldenburg Air Base' project, in which the practical implementation of an energy-optimised quarter within the scope of the real laboratory at Oldenburg Air Base is aimed at.
Persons 
K
L
P
R
S
W
Publications
2018
Proactive Workload Management for Bare Metal Deployment on Microservers
Daniel Schlitt and Christian Pieper and Wolfgang Nebel; Proceedings of the 7th International Conference on Smart Cities and Green ICT Systems - Volume 1: SMARTGREENS,; 2018
2015
Supporting the Develeopment of Smart Cities using a Use Case Methodology
Marion Gottschalk, Mathias Uslar; Proceedings of the WWW15 Workshops Florence 2015; 5 / 2015
