Search Results
Reallabor Weizplus - Reallabor climate-neutral region Weizplus
Clarification of relevant questions for the potential establishment of a real lab in the region of Weizplus, which aims at a 100% supply of the region with renewable energies by 2030. The content-related technological focus of the activities of the future real lab is on all energy-relevant sectors (heating, electricity, cooling) applied to the focal points of energy efficiency and replacement of fossil energy in buildings, in trade and industry as well as mobility.
RaumCoop 2.0 - Space Cooperative, a systematic operational model for activating unused or underutilized spaces.
The RaumCoop organizes the sharing of spaces, mobilizes underutilized spaces for non-residential purposes in the ground floor area, and makes them available for temporary use at affordable conditions. The goal of the project is to establish this non-profit organization.
Climate-School-Life - Preparation of the climate-neutral educational campus in Gratwein-Straßengel
The project aims to start the transformation process of the educational campus of the market town of Gratwein-Straßengel into climate-neutrality. The need for the expansion and modernisation of the elementary school forms the central part of this development. The project provides an integrated district concept for the four central infrastructure topics of the project: urban development, architecture, mobility and energy. Participation processes of the population and innovative financing models are further components of the exploration.
ReBuildStock - Portfolio management for the decarbonisation of larger housing stocks
Portfolio management method to support the decision-making processes of owners of larger housing stocks in developing strategies for the rapid and socially responsible decarbonisation of their building stock.
Zukunftshof - Zukunftshof Rothneusiedl - Crystallization point of a climate model district
Transdisciplinary expert networking to develop a structural, thermal, and energy-efficient renovation concept, as well as a master plan with innovative energy, monitoring, green space, and agricultural utilization concepts. The result serves as a source of ideas for contemporary revitalization and forms the basis for the implementation of the demonstration project.
Designing Synergies. Spatial and Energetic Transformation Scenarios for Small Towns and Municipalities Using the Example of the Wagram Region (Lower Austria).
An interdisciplinary exploratory project that synergistically analyses strategies for the activation of vacant buildings and the potential for the formation of small-scale energy communities. The starting point is student projects from the Institute of Architecture and Design, TU Wien, for four municipalities in the Wagram region. On this basis, an interdisciplinary team of experts is developing a concept for a synergy cluster focussing on spatial energy planning, building physics, the circular economy and social innovation.
MADOKLI - Mannersdorf climate fit! Using local resources to combat and adapt to climate change for a climate-neutral neighbourhood
Development of a climate-neutral neighbourhood by integrating previously unused heat sources and sinks, such as the underground Mühlbach stream, to supply municipal buildings, to establish use-oriented water management and to develop solutions for climate-friendly outdoor spaces in the centre of Mannersdorf am Leithagebirge.
Urban Sky - Satellite-based planning and analysis applications for climate-neutral and resilient cities
The project investigates how satellite data can support cities and municipalities (e.g. urban development, spatial energy planning, mobility transition). Based on demand and potential analyses, service concepts will be derived that integrate existing data and tools with satellite applications. The results will be presented in a study and a Space4Cities implementation roadmap.
FavoriteFlows – Innovative solutions for water and energy cycles in buildings for a climate fit city
Demonstration of detailed planning work and implementation of water cycles (building-integrated constructed wetland wastewater treatment) and energy cycles (wastewater heat exchanger) on a large residential apartment development for climate resilience, resource efficiency and high living standard.
Co-Housing Gutenberg: Integrated Sector Coupling for Shared Living, Energy, and Mobility
The "CoHoGutenberg" project aims to establish a sustainable co-housing model in the rural community of Gutenberg, Styria, by combining sufficiency principles with state-of-the-art energy technologies.
ReSpace – Reclaiming Spaces
ReSpace is developing an AI-based model for identifying, categorizing, and activating sealed areas. Existing data sources (aerial and satellite images, mobile network data, land registry entries) are integrated and enhanced with dynamic analysis to derive evidence-based recommendations for action.
DieWärmePioniere - Participatory climate transformation roadmap as basis for a demo district in the gas-supplied Kahlenbergerdorf
Development of a transformation roadmap for the decarbonization of a neighborhood and implementation of a subarea. Securing acceptance of the project and raising awareness through an active participation process of the population and the establishment of an energy community for heat supply.
# Murau : Real-World Laboratory of energy transition for inner-alpine regions
Inner-alpine regions are rich in the natural resources water, sun, wind and biomass. This study investigated how the Murau region can become a stable and fail-safe, renewable 100% region and how it is possible to supply the energy-hungry conurbations as a needs-based energy export region.
TWIN - Digital twins for sustainable buildings
Digital building twins have hardly been used in practice due to an often unfavourable cost-benefit ratio. The aim of the TWIN project is to bring together use cases of digital building twins with a high ecological and economic impact in order to prepare application scenarios with great implementation potential.
OctoAI: The next generation of high-performance edge AI for smart buildings
Current IoT (Internet of Things) solutions for buildings depend almost exclusively on cloud infrastructure and cloud-based services. In the OctoAI project, we are developing the next generation of high-performance Edge AI (Artificial Intelligence) for smart buildings. In OctoAI, we combine the concept of edge AI with user-centric energy services and test two edge-ready applications.
Beyond - Virtual Reality enabled energy services for smart energy systems
The Beyond project addressed two different energy services through the interaction of various technologies: state-of-the-art virtual reality (VR), the Internet of Things (IoT), energy simulation and machine learning (ML). Energy service 1 immerses VR users in energy-efficient and sustainable building design through an educational VR game, while energy service 2 improves the maintenance of building systems, particularly heating, ventilation and air conditioning (HVAC) systems, through the application of ML models for predictive maintenance.
VITALITY District - Optimized energy concepts in the early planning phase of resilient, energy-efficient neighbourhoods
The aim of the VITALITY District project is to coordinate the total (electrical and thermal) load and generation profile in the design phase of urban areas and neighbourhoods in order to optimize the energy concept of energy-efficient districts. Hence smart city indicators in detailed level (buildings, individual technologies, public spaces) as well as models, principles and catalogs of criteria for energy-optimized urban neighbourhoods were created. The results were presented in compact form on the district level in order to serve as input for future urban planning projects.
Vilipa - Visible light based Person and Group Detection in existing buildings
Zur Reduktion des Energieverbrauchs von Gebäuden können Belegungserkennungssysteme einen großen Beitrag leisten. Dieses Projekt zeigt die Machbarkeit des Erkennens von Personen anhand der Reflexion von sichtbarem Licht, hervorgerufen durch die Person selbst, demonstriert, wobei die bestehende Beleuchtungsinfrastruktur zur Personenerkennung ohne Datenschutzbedenken eingesetzt werden kann. Der realisierte Ansatz ist sowohl kostengünstig als auch unaufwändig hinsichtlich der Installationskosten.
KityVR - Artificial intelligence techniques to implement CityGML models and VR visualization
The KityVR project deals with key research aspects at the interface between 3D city models and virtual reality. It addresses questions such as how virtual reality can be used for visualization in the field of 3D city models and how machine learning and statistical methods can be used to enrich or complete energy-related data sets.
Reallabor 100% renewable energy Waldviertel
Under the motto "Always one step ahead", the aim is to develop a content-related and economic implementation concept for a "Reallabor 100% erneuerbare Energie Waldviertel".