Suchergebnisse für "Factsheet: Energietechnologien gestalten, die für alle sinnvoll und nutzbar sind"
lowTEMP4districtheat - Reduction of the system parameters of heating networks for the integration of renewable heat sources using soft sensors
Analysis of the use of soft sensors in addition to selective real measurements for the complete recording of real-time parameters of heating networks. The data obtained enable detailed grid simulations with low computing power requirements and form the basis of a strategy for lowering the grid temperatures and feeding in decentrally generated heat.
Energy Mosaic Austria - Austrianwide modelling and web-based visualisation of energy consumption and greenhouse gas emissions on local level
The project consists of a modelling and a web-based visualisation of energy consumption and greenhouse gas emissions of all Austrian cities and municipalities considering all kinds of land use and mobility. The results deliver a sound basis for numerous energy and climate relevant fields of action and for awareness raising of decision makers and the public.
LINE-FEED - Plug-in Photovoltaic Storage for the Wall Socket
The project LINE-FEED developed technologies that are required for a photovoltaic storage system which can be installed by anybody by simply plugging it into a wall socket. The aim was to create a storage system for households in urban areas that do not have the possibility to install a photovoltaic system themselves.
PV-Arc Detection - Circuit supervision using DC-Arc Detection in PV systems on dwellings.
It was the aim of this project to make a technology leap in the safe and realistic detection of DC arcs. In reality the variety of conditions of ignition is huge and therefore not covered by the standards and most available products. The focus of this project was the research of conditions of ignition, to derive new detection methods based on the outcomes.
Fundamentals on the development of ecological high class insulation composites made from natural plant fibres
Fundamentals on an insulation made from flax and hemp fibres which can be directly pargeted on the outer wall of a building had been developed. Only ecological glues and additives were used. Variations of the production and the additives optimized the technical properties. In addition flame proofing and thermal transfer were tested. After the laboratory tests a prototype finished the project.
AGelFa - Development of surface structurable final-coating stucco systems on high-performance heat-insulating aerogel insulation plaster for historic building facades.
High-performance insulating plaster systems represent an important option toward improving the thermal insulation of historic buildings without changing their physical appearance. The high-performance aerogel insulation plaster has recently become available for deployment. In this context, the present will explore final stucco systems suitable for building with structured surfaces.
ProKlim - Optimisation of Energy Efficiency of automated indoor climate systems by using weather forecasts
Investigation of the basic energy savings potential for buildings in commercial use by including weather forecasts as a variable. Additionally, a concept for integrating weather forecasts into the heating and air conditioning control systems in buildings is planned to be developed. Within the scope of the feasibility study, a detailed analysis of technological possibilities, including both hardware and software, will be conducted.
Reduction of cooling requirements through optimized urban structures and processes and design optimisation in building design (smartKB*)
Based on a systematic listing of appropriate methods, recommended actions have been developed to reduce the cooling requirements in new or renovated buildings on three levels: a) optimization and use of appropriate urban structures, b) design strategies and passive measures for building concepts, c) reduction of cooling requirements through integrated planning processes.
Energetic roof including window, PV and thermal solar components as on-roof and façade module - on-roof and façade module
Development of a novel on-roof respectively façade module, which includes a thermal solar component as well as photovoltaics and a skylight. With the serial implementation of this development idea there should be offered for the first time an energetic roof as retrofitting kit for existing buildings.
Ice-storage NEW - New economical ice storage concept for optimized heat storage using heat pumps and peak use of wind power
Development of a technically and economically optimized new ice-storage concept as a thermal wind power peak storage and to improve the performance of heat pumps as a contribution for peak smoothing of the electrical load profile.
Counterintuitive Building Types - Innovation Potentials for Sustainable Transformation of Commercial and Retail Locations
Selected commercial retail and properties provide existing resources for this project’s case studies that will convert and further develop them towards more positive energy, use, and life cycle balances. The currently underperforming properties will be transformed into more active and attractive places of higher experiential density and environmental relevance through multiplication of space and uses in the interior and exterior areas, demonstrating opportunities for more sustainable development of these understudied building typologies.
GeoDatKlim - Preparation of an innovation lab - IoT and geo-AI-supported data management for the climate-neutral city
Preparation of a real laboratory that will enable numerous actors to research the actual benefits of urban data or their AI-supported analysis for a climate-neutral city. By clarifying strategic, technical and legal aspects as well as potential analyses along relevant use cases, the framework conditions for an open, multi-year research environment (real laboratory) in Vienna are set in motion.
Exploration of window systems with innovative glass - especially vacuum insulating glass - for building renovation
Exploration of the use of the first fabricable highly insulating vacuum glazing (VG) for highly efficient window systems specifically for the renovation of existing buildings via Verification of the availability and performance of Vacuum Glazing VG worldwide, concepts for structural optimization and thermal simulations of integrated systems, investigation of typical applications and market potential studies and identification of achievable energy savings for single buildings and settlements.
thermocollect: realisation of a plus energy building by a solar active facade system
The project demonstrates the application of a solar active facade system in the course of the renovation of an existing building in order to achieve the plus-energy standard. Moreover, the effectiveness of the system will be demonstrated on new buildings and transparent components as well. The final outcome will be a manual for the application and implementation of the façade system focusing on the segment of specialists and skilled labour.
Gründerzeit with future - subproject 5: Documentation and monitoring
The main aim is the documentation and monitoring of the demonstration projects within the scope of the project "Historical buildings of tomorrow" with regard to the technical implementation, investment and operation costs and to the energetic performance. All demonstration projects will be accompanied by an evaluation process regarding occupants' satisfaction and the refurbishment process. Beyond that, legal constraints for innovative refurbishment of historical buildings will be documented and proposals for adaptations of the rental law and refurbishment subsidy schemes will be developed.
BioSkin - Research potentials for biologically inspired energy efficient façade components and systems
The research study was targeting the identification of strategic research potentials in the field of biomimetics for innovative facade technologies of the future. With the identification of useful principles of biological role models and the transfer to bionic facade concepts, interdisciplinary R&D research activities are improved to enable the development of sustainable solutions for climate-adaptive energy-efficient facades systems of the future.
aspern Vienna´s Urban Lakeside - subproject 6b: Monitoring of Energy Consumption in Demonstration Buildings in Seestadt Aspern
The project deals wtih the energy consumption monitoring of demonstration buildings, which are erected within the framework of the landmark project "aspern+". As both, office/manufacturing as well as residential buildings will be constructed, these different user groups will have to be considered. The derivation of the concepts will be done in accordance of the specific needs of the individual demonstration buildings.
PHOTOVOLTAIC WATER Solution
Passive House refurbishment facade with integrated photovoltaic modules for direct, current-based warm water preheating. The GIWOG, an energy-conscious and environmentally and socially oriented client, intends to undertake an energy-related modernisation project, which will further optimise energy consumption to be more efficient at an apartment complex in Graz, main street 302-306. The goal is to lower the energy consumption for heating and hot water from the current level of approximately 135 kWh /m²a to approximately 8 kWh /m²a. The planned measures should correspond with an overall energy consumption reduction of approx. 94 %.
An innovative approach for facades with optimised noise protection and natural ventilation
The aim of this project was to advance the state of the art in the engineering of double-leaf building facades that facilitate natural ventilation while providing sufficient sound insulation. Realization of natural (window) ventilation is in some instances difficult due to a number of factors. Thereby, noise pollution (especially traffic noise) plays an important role. To address these issues, the project explored innovative solutions in terms of facade constructions for concurrent natural ventilation and noise control.
Comfort ventilation plus+: First time development of high efficient comfort ventilation systems that enable demand-control of room-wise airflow for new buildings and refurbishment
First time development of innovative components for comfort ventilation systems used in new buildings and renovation that enable demand-control of air flow room-wise. The outcome is a considerable reduction of the primary energy balance and a sustainable solution of problems concerning the discrepance between satisfying humidity and very good indoor air quality within the heating period.