ICT-based control of the energy performance of buildings with respect to security, fire and flood safety, lighting, shading, heating, cooling, humidity control and ventilation.
Published in Chapter:
ICT-Based Solutions Supporting Energy Systems for Smart Cities
Wolfgang Loibl (AIT Austrian Institute of Technology, Austria), Brigitte Bach (AIT Austrian Institute of Technology, Austria), Gerhard Zucker (AIT Austrian Institute of Technology, Austria), Giorgio Agugiaro (AIT Austrian Institute of Technology, Austria), Peter Palensky (Delft University of Technology, Netherlands), Ralf-Roman Schmidt (AIT Austrian Institute of Technology, Austria), Daniele Basciotti (AIT Austrian Institute of Technology, Austria), and Helfried Brunner (AIT Austrian Institute of Technology, Austria)
Copyright: © 2015
|Pages: 29
DOI: 10.4018/978-1-4666-8282-5.ch008
Abstract
This chapter describes ICT solutions for planning, maintaining and assessing urban energy systems. There is no single urban energy system, but – like the city itself – a system of sub-systems with different scales, spatially ranging from buildings to blocks, districts and to the city, temporally ranging from real time data to hourly, daily, monthly and finally annual totals. ICT support must consider these different sub-systems which makes necessary dividing the chapter into different sections. The chapter starts with framework conditions and general requirements for ICT solutions, and continues discussing urban development simulating models. Then decision support tools are described for energy supply and demand as well as for energy efficiency improvement assessment. Later further instruments for Smart Grid-, district heating- and cooling-planning, as well as demand side management are addressed. In the final section tools are discussed for building automation systems as smallest physical entity within the urban energy system.