Project-Imagepool
There are 373 results.
Terms of use: The pictures on this site originate from the projects in the frame of the programmes City of Tomorrow, Building of Tomorrow and the IEA Research Cooperation. They may be used credited for non-commercial purposes under the Creative Commons License Attribution-NonCommercial (CC BY-NC).
Domains of energy-oriented urban planning
Domains of hierarchically structured energy-oriented urban planning
Copyright: SIR
Enerspired Cities metadata portal
Metadata portal of datasets researched in Enerspired Cities and identified as relevant to energy-oriented urban planning.
Copyright: RSA FG - iSPACE
Central energy database - Land Salzburg
Relevant data sets that are compiled in a central energy database for the province of Salzburg
Copyright: Land Salzburg
Enerspired Cities - Frame
Graphic of content and services developed in Enerspired Cities embedded in the context of the user community
Copyright: RSA FG - iSPACE
Overview-panel of the Liz Christy path
The Liz-Christy-path connects eleven stations of the edible Seestadt in Vienna- Aspern. It states good practice examples and gives inspiration and courage for establishing edible urban gardening projects.
Copyright: Gestaltung: Szabolcz Rimanoczy, Illustrationen: Agnes Ofner
5th Salon Essbar
On the grounds of the (former) vienna.transitionBASE beside Aspern Seestadt the 5th Salon essbar took place in Juni 2020, a network-meeting for urban gardning activities and platform for interested people.
Copyright: Katarina Rimanoczy
Logo of essbare Seestadt
Logo of the edible Seestadt - the corporate design of the research project was created by the co-founder of the new, citizen-driven association SeeSadtgrün. The association takes over the projects and agendas of the research project and acts as a bottom-up initiative that can withstand the complex requirements of urban gardening in Vienna.
Copyright: Szabolcz Rimanoczy
Photonic Cooling measurement setup with parabolic reflector
An example of a measurement setup used during the project photonic cooling employing a parabolic reflector. Reflector-Sample-Peltier-module unit in detail (left), complete measurement setup (middle) as well as an overview of the surroundings next to the measurement setup. Image taken on 17.5.2017, Weiz.
Copyright: JOANNEUM RESEARCH
Estimated annual peak demand for air conditioning in Vienna for different climate scenarios
Estimated annual peak demand needed for air conditioning in Vienna according to the model calculations applied for the climate scenario RCP4.5 (left) and RCP8.5(right). Data points represent the average annual peak demand, the grey area the uncertainty with a 95% confidence interval and the dashed line the peak demand in Vienna for 2016.
Copyright: JOANNEUM RESEARCH
Dissipated power density in dependence of the temperature difference between sample and its surroundings
The figure shows the dissipated power density in dependence of the temperature difference between sample and its surroundings. The highest power density was observed when no design element blocking the radiation of the sample was used. In this case the heat was transferred from the sample to its surroundings by heat conduction, heat radiation and heat convection. Applying a heat radiation blocking element led to a significantly decreased power density as heat was transferred only by heat conduction and heat convection. The intensity of the dissipated heat radiation was evaluated by calculating the difference of the power densities observed for the two different situations (i.e whether the heat radiation blocking element was used or not).
Copyright: JOANNEUM RESEARCH
Outdoor use of a Photonic Cooling functional model
Image taken on 04.09.2017, Weiz.
Copyright: JOANNEUM RESEARCH
Final workshop ÖKO-OPT-AKTIV
Presentation of Valentin Kaisermayer about the results of the project ÖKO-OPT-AKTIV
Copyright: BEST - Bioenergy and Sustainable Technologies GmbH
Superordinate structure of the energy hub
Proposed structure of the interaction between individual building control units and the controller of the energy hub. The controllers used are predictive, optimizing controllers (e.g. model predictive controllers, MPC).
Copyright: BEST - Bioenergy and Sustainable Technologies GmbH
Load shifting potential with EMS
Continuous lines for the first quarter (heating demand) with component activation. With EMS (right), higher outputs are in principle demanded less frequently. Since all power above the maximum power of the heat pump has to be provided by the more expensive district heating, costs can be reduced. The blue area above the heating demand curve represents waste heat from the heat pump, since cooling demand also occurs in the first quarter, which must be provided by the heat pump / chiller.
Copyright: BEST - Bioenergy and Sustainable Technologies GmbH
Simulation: failure of the heating circuit pump
Comparison of a standard control and an EMS that is informed of an impending failure of the heating circuit pump. The EMS preheats accordingly to prevent undercooling. Conversely, however, the comfort limits are sometimes exceeded in the other direction, i.e. a slight overheating, because the time constants are correspondingly long.
Copyright: BEST - Bioenergy and Sustainable Technologies GmbH
Summary of preliminary study results
A preliminary study examined the effect of different parameters on total energy; the influence on daylight utilisation was not considered for this.
Copyright: Holzforschung Austria & TU Graz
Potential for reduction of cooling energy and costs
This graph shows the potential for saving cooling energy and cooling costs with inside or outside window shadings for selected combinations.
Copyright: Holzforschung Austria & TU Graz
Cooling load &Lighting Energy, sorted by total solar transmission
The simulation results of all calculated parameter combinations including active cooling were depicted in a scatter diagram based on their cooling load and lighting energy and sorted by total solar transmission. The percentage shown for the "median area" refers to the total sum of calculated combinations.
Copyright: Holzforschung Austria & TU Graz
Biotope City Wienerberg Image 4
Creation of diverse habitats for animals through deadwood and rock piles
Copyright: BOKU ILAP
Biotope City Wienerberg Image 5
Overview and urban planning situation of the Biotope City Wienerberg
