Suchergebnisse für "Factsheet: Energietechnologien gestalten, die für alle sinnvoll und nutzbar sind"

Stadt der Zukunft

Raum & Grün - Möglichkeiten zur Integration von Begrünung ins Regelwerk der österreichischen Raumordnung

In der F&E-Dienstleistung „Raum & Grün“ wurde eine Studie erstellt, welche die Zusammenhänge zwischen Raumordnung und Begrünung abbildet, den Handlungsbedarf sowie -spielraum von Akteurinnen und Akteuren zeigt sowie konkrete Empfehlungen formuliert, wie innovative Stadtbegrünungen und Bauwerksbegrünungen effektiv in das Regelwerk der österreichischen Raumordnung und Raumplanung verankert werden können.

Stadt der Zukunft

GreenTech-Renovation - Energetische Sanierung von gläsernen Gebäuden von architektonischem Wert

Der Schwerpunkt des Projekts GreenTech-Renovation war, innovative Lösungen zur energetischen Sanierung von architektonisch wertvollen Bauten mit hohen Glasanteil zu finden. Dafür wurde ein zukunftsweisendes bauphysikalisches Konzept entwickelt, das den Einsatz alternativer Energieformen beinhaltet. Ein intelligentes Nutzungskonzept kann mit ökologischem und sozialem Engagement die energetischen Sanierungskonzepte verstärken und deren Nachhaltigkeit garantieren. Die 10-R der Kreislaufwirtschaft (Refuse, Rethink, Reduce, Reuse, Repair, Refurbish, Remanufacture, Repurpose, Recycle, Recover) dienen dabei als Leitlinie.

Stadt der Zukunft

BTTAB - Breitentest von energieeffizienten Demonstrationsgebäuden mit thermisch aktivierten Bauteilen

Noch nicht beforschte, bauteilaktivierte Gebäude in möglichst allen Bundesländern und Anwendungskategorien werden einem Monitoring unterzogen, welches neben Betriebsdaten auch Erfahrungen von Beteiligten miteinbindet. Ziel dieser Untersuchung ist es, die unterschiedlichsten Anwendungen der Technologie „Bauteilaktivierung“ allgemein zu betrachten sowie mit Hilfe von geeigneten Bewertungskriterien die Pilotprojekte zu bewerten und miteinander zu vergleichen.

Stadt der Zukunft

GreenDeal4Real - Verbesserung des thermischen Komforts durch kosteneffiziente Grünstrukturen in gemischt genutzten Gebieten

Ziel des Projekts ist die Vermeidung von sommerlicher Überhitzung durch den Einsatz von innovativen Begrünungsmaßnahmen im gemischten Wohn- und Gewerbegebiet Aspernstraße/Lavaterstraße. Der daraus entwickelte Leitfaden soll die Realisierung von klima-sensiblen Vorhaben von der Strategie bis zur tatsächlichen Umsetzung erleichtern.

Stadt der Zukunft

VERTICAL urban FACTORY

Das Projekt beforscht Möglichkeiten und Potenziale hocheffizienter Raumnutzung durch moderne Konzepte „gestapelter“ Funktionen und vertikaler Produktion.

Stadt der Zukunft

Move2Grid - Umsetzung regionaler Elektromobilitätsversorgung durch hybride Kopplung

Aufbauend auf den Ergebnissen der „Stadt der Zukunft“ Sondierungs­projekte „Smart Exergy Leoben“, und „Energieschwamm Bruck“ soll im gegenständlichen,umsetzungsorientierten Forschungsvorhaben anhand des Beispiels Leoben untersucht werden, wie mit regionalen, erneuerbaren Ressourcen regionale Elektromobilität langfristig versorgt, optimal ins kommunale Verteilernetzsystem integriert und ökonomisch nachhaltig implementiert werden kann.

Stadt der Zukunft

PEQBacker: Integrated District Planning - Enabler on the way to a Plus-Energy District

Development of guidelines for the implementation of Plus-Energy District coordination units based on research of success factors, exploration of mission elements of existing structures and consultation of a broad stakeholder group with the goal of increasing the transformation of existing and emerging neighbourhoods toward Plus-Energy Districts.

Stadt der Zukunft

SolCalc: Development of a standardized calculation algorithm for the energy consumption assessment and the energy certification of residential buildings with a solar fraction of up to 100% in combination with biomass boilers and heat pumps

Development of a standardized calculation algorithm for the energy consumption assessment and the energy certification of residential buildings with a solar fraction of up to 100% in combination with biomass boilers and heat pumps

Stadt der Zukunft

NaNu3 - Parametric Planning for a Sustainable Roof (Blue, Grey and Green)

Demonstration of the feasibility and validation of a parametric model that can evaluate the practical and financial feasibility of the combined use of roof areas as well as its microclimate and environmental effectiveness at an early planning stage.

Stadt der Zukunft

GLASGrün - Regulation of climate, energy demand and comfort in GLASS buildings through structurally integrated vertical GREEN

Development of vertical vegetation systems for summergreen shading of glass facades of food retail and commercial areas. GLASGrün generates quantitative data on energy and microclimate balance and qualitative data on user perception. The results are guidelines for scalable and transferable constructive solutions with maintenance and management plans.

Stadt der Zukunft

PhaseOut – Heat pump technologies in the renovation of existing buildings

The aim is the conception, optimization, implementation, demonstration and evaluation of innovative, minimally invasive renovation solutions (thermal renovation and heating system replacement) with heat pumps and PV in multi-storey buildings on seven identical buildings. The comprehensive comparison includes various technical solution variants based on modular and scalable building technology systems as well as multifunctional building components for the exchange of decentralized gas heating by central, semi-central and decentralized heat pump solutions.

Stadt der Zukunft

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.

Stadt der Zukunft

Enerspired Cities - open and harmonized infomation basis for energy oriented urban planning

In "Enerspired Cities" the concept for an automized junction of judicial secured access regulation to (geo-)energy data is elaborated. This will be adapted to the specific situations in the cities of Innsbruck, Salzburg and Vienna and implemented in dedicated pilot applications. The declared aim is the support of urban planning, monitoring and research by an easy and transparent access to base data coming from various sources for a wide range of users.

Stadt der Zukunft

Energy optimised design rules and integral planning approach for building-integrated photovoltaics in urban areas (VITALITY)

The VITALITY project aims to provide supporting tools, design rules and robust information in the early decision and design phase of building projects. By providing the right information at the right time, building-integrated photovoltaics (BIPV) is part of the discussion in the concept phase and the implementation is strongly prepared and supported.

Stadt der Zukunft

BTTAB - Broad-based testing of energy-efficient demonstration buildings with thermally activated building components

Buildings with thermal building component activation that have not yet been researched in as many federal states and application categories as possible will be monitored, which will include operating data as well as the experiences of those involved. The aim of this study is to take a general look at the various applications of the thermal building component activation technology and to evaluate and compare the pilot projects with the help of suitable evaluation criteria.

Stadt der Zukunft

Urban MoVe - Private law contracts as innovative instruments for city and mobility planning.

The research project Urban MoVe investigated to what extent private-law contracts (e.g. mobility contracts, funds, urban development contracts) are suitable as municipal planning and steering instruments for mobility at residential locations based on best practice analyzes and implemented national practical examples.

Stadt der Zukunft

Space & Green. Possibilities for integrating greening into the regulations of Austrian spatial planning

The R&D service "Raum & Grün" (Space & Green) prepared a study that depicts the interrelationships between spatial planning and greening, shows the need for action and the scope for action by actors, and formulates concrete recommendations on how innovative urban greening and greening of buildings can be effectively anchored in the regulations of Austrian spatial planning.

Stadt der Zukunft

DiCYCLE - Reconsidering digital deconstruction, reuse and recycle processes using BIM and Blockchain

DiCYCLE aims at identifying, analysing and mapping current End-of-Life processes in the building industry, as well as optimizing those for digitalization, using BIM, Blockchain and Smart Contracts. The goal is to enable sustainable digital planning, construction and deconstruction workflows for reuse and recycling of building materials and components along the life cycle.

Stadt der Zukunft

GreenTech-Renovation - Energetic Renovation of Glass Buildings of Architectural Value

The focus of the GreenTech-Renovation project was to find innovative solutions for the energetic renovation of architecturally valuable buildings with a high proportion of glass. A future-oriented building physics concept that includes the use of alternative forms of energy had been developed for this purpose. With ecological and social commitment, an intelligent usage concept could strengthen the energetic renovation concepts and guarantee their sustainability. The 10-Rs of the circular economy (Refuse, Rethink, Reduce, Reuse, Repair, Refurbish, Remanufacture, Repurpose, Recycle, Recover) will serve as a guideline.

Stadt der Zukunft

INFINITE: INnovative FINancing models for sustaInable urban energy sysTEms

The goal of the INFINITE-project is to lay the foundations for a more wide-spread implementation of urban energy supply systems across buildings, using renewable energy sources produced in local supply units. At the same time the projects supports to reduce the demand for fossil fuels and higher-level energy infrastructure.