Suchergebnisse
G2G – Innovation axis Graz-Gleisdorf
Development of testbeds and demonstration zones within already designated areas for urban development along the Graz-Gleisdorf Innovation-Axis with a focus on energy, integrated building technology, smart city-spaces, compact settlement structures, generational living, and ‘cities of short ways’. It will pay specific attention to intermodal mobility as well as ICT-based solutions.
urban pv+geotherm - Innovative concepts for the supply of large volume buildings/ quarters with PV and geothermal energy
The use of renewable energies in inner city locations is mostly linked to higher costs andconsidered as problematic. The aim of this project was to optimize (cost and energy) heating (and where required, cooling) using geothermic and photovoltaic for an urban, densely-built development area. With the project´s findings it will be easier to ecologically and economically plan the use of renewable energies especially in urban areas.
PESI - Paradigm shift in urban energy systems through synergies with industry
Analysis of different options for the use of industrial surplus energies of various shapes (waste heat, waste water, waste) and renewable energy sources in the industrial sector (e.g. solar panels on roof surfaces) in adjacent urban areas, which act as an "energy sponge". Based on real consumption and availability data, a simulation model was created and opportunities for synergies were documented.
smart façade - energy potential of adaptive façade systems
A specially developed simulation model is employed to ascertain the energetic potential of adaptive façade systems. The dynamic behavior of the physical properties of the adaptive façade system reacts to both internal and external changing conditions. The goal was the development of an adaptive façade, which helps provide maximum comfort for the building occupants with minimum energy consumption.
Indicators for urban areas – for construction, operation and mobility in climate-friendly areas
Development and coordination of indicators for energy and ecological evaluations of urban areas based on the Swiss 2000-Watt certification system. The results will be used for the development of a quality assurance system for urban areas similar to the klimaaktiv declaration for buildings and the e5 certification for communities.
KELVIN - Reducing the urban heat island effect via improving the reflective properties of buildings and urban areas
The aim of this project was to estimate the potential to reduce urban heat islands via low-tech measures such as the variation of the surface albedo, using the City of Vienna as an example. The project has also assessed the energy savings and greenhouse gas emission reductions due to the decreased energy demand for cooling as a result of such measures.
SMARTIES - SMART Innovative Energy Services - Analysis of requirements of smart energy-services
The emerging development of smart grids provides market opportunities for new ICT-based services ("smart value-added services"). Economic and organizational barriers are foreseeable that could affect the establishment of business models and service providers (data formats, connectivity, controllability, etc.). In order to improve the chances especially for new and local actors, SMARTIES proactively tries to eliminate hindrances of innovation.
Site certificate
Possibilities and requirements of transferring the Swiss “2000-Watt Site” certificate to Austria
InnoGOK – Investigation of the energetic and ecological usability of solar radiation on urban spaces and paths
Examination of the suitability of street space or other paved or not paved surfaces in urban areas for promoting renewable heat from solar radiation. Thus offers a high potential for increasing energy efficiency and conserving resources in urban contexts. Besides, the dissipation of heat from large solar-heated surfaces promises to prevent urban heat islands.
CiQuSo - City Quarters with optimised solar hybrid heating and cooling systems
The project CiQuSo aimed to develop, evaluate and optimize concepts for solar energy systems to provide energy for buildings and cities. The applicability of the developed methods and concepts were shown as an example at Itzling, a part of Salzburg city.
URSOLAR - Optimization of SOLAR energy usage in URban energy systems
URSOLAR provides decision makers with a roadmap for the integrated use of solar energy in urban environments. The roadmap shows, how photovoltaics- and solar-thermal installations can be used in an ecological, economical and socially optimal way whilst considering legal requirements as well as infrastructural conditions in typical city quartiers and stakeholder interests.
TFlex - Temperature-flexibilisation in low-load operation of local district heating systems
Within the research project TFlex it was checked if the losses adherent to small district heating networks during low-load periods can be reduced. One possible solution is by deactivating the network and supplying the customers from previously charged decentralized storages. The optimal clustering of the storages and the possibility of solar-charging the storage were calculated with the aim of a guaranteed one-hundred percent heat supply.
LTS Flywheel - Long Term Storage-Flywheel: New approaches for increasing the economically usable storage time and safety
Development of the fundamentals for a Long Term Storage (LTS)-flywheel for decentralized storage of electrical energy (e.g. from wind or PV power plants), with a significant increase in storage time (goal: 12 hours) and safety, featuring low system costs. Therefore, the LTS-Flywheel is an essential contribution to the building of the future.
Urban Future - "Resource Efficient City of Tomorrow"
Challenges fort he cities of tomorrow with research issues referring to resource management, efficiency and technology development
Transfer of results of the program "Factory of Tomorrow" into the target groups of energy managers and energy consultants
Transfer of results of the program "Factory of Tomorrow" with respect to energy efficiency and increased adoption of renewable energy technologies into the target groups of internal energy managers and external energy consultants. The transfer activities include carrying out a one-day-seminar twice and the preparation of freely available training materials.
Datenkreis Energiewirtschaft
Die Dekarbonisierung des Energiesystems und innovative Dienstleistungen können durch die Verfügbarkeit und sektorübergreifende Weitergabe von Daten unterstützt werden.
Leitprojekt INNERGY (Tirol): Inntalfurche - Umsetzungsbeispiele der Flexibilisierung von Energiesystemen
Das Fernwärmesystem im Umfeld einer Versorgung mit volatilen erneuerbaren Energien soll durch Steigerung von Effizienz und Flexibilität und der Integration von Prosumern fit für die Zukunft gemacht werden.
Leitprojekt cells4.energy (Burgenland): Regionale Energiezellen als Multi-Energie-Reallabore für eine schnelle Systemtransition
Cells4.energy entwickelt regionale Modellösungen für Energiesysteme, die für eine breite Anwenderbasis in Österreich (und Europa) nutzbar sind und eine hohe Übertragbarkeit und Skalierbarkeit bieten. Grundlage hierfür ist eine digitale Infrastruktur, die verschiedene Sektoren und Anlagen miteinander verbindet und Nutzer:innen aktiv in Prozesse einbezieht, um einen möglichst hohen Anteil erneuerbarer Energie zu erreichen.
Reallabor Murau: Reallabor der Energiewende für inneralpine Regionen
Das # Reallbor Murau treibt mit einem kooperativen Ansatz die Region Murau als 100% erneuerbares regionales Systemkraftwerk voran. Ziel ist es, einen möglichst hohen Nutzungsgrad an erneuerbarer Energie in der Region selbst zu schaffen und gleichzeitig Überschuss-Energie bedarfsgerecht zu exportieren.
Innovationslabor INNERGY (Tirol): Reallabor für 100% erneuerbare Energie mit Fokus auf optimierte Wärmeversorgung
Als „Enabler“ soll das INNERGY InnoLab Umsetzungsprojekte für die Energiewende entwickeln, beschleunigen und begleiten, Erkenntnisse sichern und als Multiplikator in die breite Anwendung bringen.