Projects within the framework of open4innovation
There are 1482 results.
Lahof/Lanserhofsiedlung - Path to Zero CO2 - climate-neutral demonstration building in relation to the neighbourhood
The aim is to develop and implement an innovative, climate-neutral neighbourhood concept with various sustainable energy and building technology components. A central element here is the climate-neutral demonstration building in timber construction. This building is equipped with thermal component activation in solid wood and combines innovative energy concepts such as wastewater heat recovery, large photovoltaic systems and a hydrogen system for seasonal energy storage.
Legal, economical and technical preconditions for the feed-in of biogas into the Austrian natural gas grid
Legal, economical and technical preconditions for a successful introduction and market development of fermentation gas feed-in to the Austrian natural gas grid. Appropriate legal and financial support regulations. Calculation basis for demonstration plants.
LehB:KlimafitDemo2+1 - Living in existing buildings today: climate-friendly renovations in existing buildings within the framework of the common good housing law
The LehB:KlimafitDemo2+1 project examines innovative renovation solutions for the climate-fit modernization of non-profit residential buildings without placing a financial burden on tenants. By implementing a flexible modular system and involving the residents, economic, technical and social aspects of the renovation are optimized. The aim is to make an important contribution to achieving climate neutrality by 2040 through adapted measures and comprehensive monitoring.
LehB:klimafit! Live in existing buildings today: climate fit together
The aim of the project is to explore transferable renovation concepts for the implementation of climate-fit renovations in Vienna. Integrally optimized renovation packages will be developed, which will be optimized in the building ensembles for implementation-probable, climate-friendly overall solutions with the relevant stakeholders.
LehmKur - Rammed earth walls for multi-storey residential buildings
Research of a lighthouse project consisting of rammed earth-timber exterior wall components with accompanying ecological life cycle analysis, building physics simulations and documentation of the necessary logistical, building law, fire and soundproofing measures.
LeiSan - Flagship Project: Renovation of the Komposch-Ebene Residential Quarter in Bad Eisenkappel, Carinthia
Exploration for an existing quarter in Bad Eisenkappel with the goal of renovating the building stock, involving the residents, the open space, mobility, and local generation of renewable energy. The result should demonstrate the economic feasibility of a holistic concept for the quarter and serve as a basis for a demonstration project.
LenA circular houses - Demonstration of the circular architecture design process for circular andreuse building based on the lighthouse project LenA
The LENA project demonstrates in practice how resource-efficient use of materials can be achieved in architecture. LENA documents circular design methods and shows why planning begins at the end-of-life phase. By using digital methods and technologies to recover existing building elements and manufacture new ones with a focus on reuse, it determines what savings in gray energy and CO₂ can be achieved in the manufacture of re:use products and detachable/demountable/replaceable connections for our built structures, urban and residential areas.
Leonding on the Path to Climate Neutrality - Climate Neutrality Roadmap Leonding
Building on existing concepts and strategies such as the Leonding Climate Strategy, the Climate Balance, the Mobility Concept, and the KEM Implementation Strategy, a comprehensive climate neutrality roadmap or vision for a climate-neutral Leonding by 2040 will be developed with the involvement of various stakeholders from politics, administration, business, and civil society.
LessIsMore - Energy efficient human centric lighting by innovative components and daylight integration
Human Centric Lighting (HCL) is focused on the positive visual and non-visual (biological) effects of light on humans, but is wasting energy by the inefficient use of components and daylight. In LessIsMore an exemplary pilot installation will be developed and evaluated.
Life Cycle Cost Forecasting Model - Real Estate-Database analysis for life-cycle based investment decisions
Estimation of operational costs of buildings based on a "cause/effect model" between technical building characteristics, investment and running costs to support the decision making process in early planning stages regarding energy efficient buildings.
LifeCycle Tower - Energy efficient prefabricated multi-storey timber houses
Based on the results of previous research projects, the project at hand deals with the development of a wooden prefabricated module construction for energy efficient office buildings with up to 20 storeys. This sustainable system ensures cost certainty through the whole life cycle of the building.
LightCycle
Fiber-reinforced thermoplastic composite components with low weight, so-called lightweight components for transport and mobility, lead to significant CO2 savings. Despite established production technologies and weight savings, further progress in lightweight construction is increasingly difficult because the sustainability of these products is currently not given due to the unresolved recycling problem, although the regulations require, among other things, 85 % recycling of an end-of-life vehicle.
LightFromFacade - Optimized Day- and Artificial Lighting by Facades
Multfunctional facades with integrated artificial- and daylighting systems had been simulated and evaluated regarding lighting and energy (lighting quality and energy demand). The results create basics for further façade developments and for academic education.
Linz with Ambitio3xn - Linz with ambition for climate neutrality: governance, infrastructure and climate-social neighborhood Franckviertel
The project "Linz with Ambitio3xn" supports the city of Linz in becoming climate neutral by 2040. Contributing to this ambitious goal requires aligning urban planning instruments with urban climate mitigation and decarbonizing existing gas infrastructure in the Franckviertel neighborhood. In the project, standards for net zero non-profit housing will be tested in practice and shared learning are promoted.
LiveDetail - AI-Supported Structuring, Evaluation, and Generation of Construction Details
The exploratory project investigates the feasibility of an AI-supported workflow that can automatically identify, semantically structure, and convert technical planning details into an openBIM-/IFC-compatible format while also enriching them with ecological assessment indicators. Its objective is to enable planners and architects to access high-quality detail knowledge through intelligent, language-based interaction and thus support more sustainable and resource-efficient planning decisions in the construction industry.
Living and Working in the Moosburg, the "community of education"
The design aims not only at creating comfortable living spaces and practical work environments, but at connecting these realms, thus providing a holistically attractive “living space”. A pilot project will be built on an appropriate site in the very core of Moosburg, neighbouring both the village square and the educational campus.
Living in the "Sustainable Building of Tomorrow" - Book Publication on User Experiences and Socio-Economic Aspects of Sustainable Buildings
The book will give an introduction and a systematic overview of socio-economic research performed in the programme 'Building of Tomorrow' and will present instruments to improve user acceptance and motivation.
Living lab INNERGY (Tyrol): Transformation of heat and energy supply in Tyrol
The goal of transforming heat and energy supply is to be accelerated by the submitted initial project INNERGY. It consists of an innovation laboratory and a coordinated lead project.
Living lab Murau: Real-world laboratory of the energy transition for inner-Alpine regions
The # Reallbor Murau uses a cooperative approach to promote the Murau region as a 100% renewable regional system power plant. The aim is to create the highest possible degree of utilisation of renewable energy in the region itself and at the same time to export surplus energy in line with demand.
Living lab WEIZplus (Weiz)
The WEIZplus region is committed to the climate-neutral transformation of its energy system through a regionally supported energy cooperative that develops, finances and implements projects. The EnergieRaumLabor innovation lab promotes this transition through supporting measures and serves as a real-world test bed with great transfer potential for Austria. The flagship project “Fossilfree-4Industry” uses five model solutions to demonstrate how industry and commercial enterprises can phase out fossil fuels.