Suchergebnisse für "Factsheet: Energietechnologien gestalten, die für alle sinnvoll und nutzbar sind"
SC_micro-quarters – Planning and modernisation of smart city quarters with a view to energy optimisation and a high quality of life
The SC_micro-quarters project demonstrates possibilities for urban planning and urban quarter development with a view to creating a path to a low carbon city with a high quality of life and good resilience, while taking into account existing and proposed buildings, infrastructures and uses. The central element is the modelling of urban structures at micro-quarter level.
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 are going to be created. The results are going to be presented in compact form on the district level in order to serve as input for future urban planning projects.
Stanz+ - An innovative, energy-flexible plus-energy district - the centre of the village Stanz
Stanz+ is working on the implementation of an energy strategy for structurally weak municipalities with specific measures for revitalisation and re-densification in the building stock as well as the integration of renewable energy sources in the municipality of Stanz im Mürztal (Styria). The project includes multipliable approaches towards energy autonomy, hybrid use of energy networks for flexible usage and an energetic revitalisation of the village centre with the involvement of users in the "Rural Pioneers Community" for the usage of energy services.
Itz Smart – Carbon neutral city district development Itzling – Implementing innovation and technology via co-operative process design
The goal of the project “Itz Smart” is to tie in with existing activities and to consistently develop Itzling as a residential location further. In the test and demonstration area, sustainable residential quarters with trendsetting solutions for mobility are developed in the zone of the transport axis (railway and Schillerstraße) and along the local supply axis (Itzlinger Hauptstraße). The consideration of housing and mobility with regard to the aspect of “city of short ways“ also entails a discussion of determined mixed utilisation and the development of such residential quarters.
ECC – EnergyCityConcepts – Development of a methodology and concept for the implementation of sustainable energy systems in cities by the example of Gleisdorf and Salzburg
In the context of this project two concrete model regions (small city Gleisdorf and urban city quarter Salzburg-Schallmoos) will be developed and tested with new methodical approaches (interdisciplinary urban and regional energy planning, modeling and simulation). An ambitious political commitment of both model regions is a 100% renewable or rather CO2-neutral energy supply.
ÖKO-OPT-QUART - Economically optimized control and operating mode of complex energy networks of future city districts
In the project ÖKO-OPT-QUART energy-based, economic and control-orientated models will be developed in order to simulate the operating mode of complex, sustainable energy networks in city districts. For an exemplary configuration these models will be combined to an overall model which allows a realistic economic comparison of different control strategies. The final goal of the project is the development of a method for the systematic design of cost-optimized, predictive control strategies for complex energy networks in city districts.
Salzburg:KanS - Salzburg: Climate-neutral city
Salzburg:KanS aligns the vision and climate protection goals of the city of Salzburg with the climate neutrality targets of the province and estimates the sector-specific CO2 reduction contributions until 2030. Based on these contributions, the project develops implementation strategies for the entire city as well as the focus areas of “climate-neutral mobility” and “climate-neutral neighborhoods”.
Plus-Energy-Campus - Energy-flexible Positive Energy District with "Living Lab"
The project explored paths to a sustainable, future-proof Positive Energy-District (PED) in the area surrounding the location of the University of Applied Sciences Vienna (FH-Technikum Wien). The feasibility of a new university building as a Plus-Energy teaching building had been examined in detail to prepare its implementation. Central innovation contents are the energetic flexibilization of the new building and the quarter as well as the conception of the Plus-Energy building as a "Living Lab".
Villab – Exploration of a Villach innovation laboratory for the cooperative development of sustainable neighbourhoods
The "Villab - Probe" project serves to check the feasibility of an urban innovation laboratory to accelerate the transformation of Villach districts towards climate neutrality. Assuming positive feasibility, the cooperation with relevant stakeholders will be deepened and a business plan drawn up for a future innovation laboratory.
ecoRegeneration: Development of a "Merit-Order" in order to assess regeneration heat for geothermal probes within urban residential neighbourhoods
In urban residential areas there are not enough active-cooled usages, to use the waste heat of the cooling process as required regeneration heat for geothermal probes; free cooling of the apartments is not sufficient. The project is developing various options (waste heat from commercial uses in the ground floor zones of residential buildings, by using waste heat of data centres, additional installation of heat generation systems for regeneration) within the urban settlement area, business models and is calculating life-cycle-costs of all solutions. The result should be a kind of "merit order" for regeneration heat.
Smart Pölten 2.0 Holistic view on a Vertical Farm in preparation for a demonstration project for the city of St. Pölten
The city of St. Pölten forsees great potential in Vertical Farming with regard to the objectives related to the concept of the Smart City program - linking local food production, quality of life by reducing resource consumption. This has to be evaluated by combining Vertical Farms with existing living buildings. Eco-social and socio-economic considerations play an important role in this process.
Anergy2Plus - Demonstration and expansion of an anergy network as part of a holistic energy concept and plus energy quarter
The overall objective of the project is to pursue and demonstrate a holistic approach to the design, construction and ultimately the use of the residential quarter in the context of energy supply. Especially in the area of thermal energy supply, a project with lighthouse character on the way to a plus-energy quarter is to be created by demonstrating the innovative supply concept based on an anergy network.
Plus Energy Melk - Path for the realization of Plus-Energy-Districs in Melk
The city of Melk has set itself the goal of playing a pioneering role in renewable energy supply and climate protection. In this context, an initiative aimed at implementing Positive Energy Districts. Two urban development projects are currently underway to examine under which framework conditions, technical and organisational solutions Positive Energy Districts can be realised. A proactive participation process aims at informing developers and investors as well as other stakeholders about the realization of PlusEnergy concepts.
BIMaterial Process Design for Material Building Pass
Building Information Modelling supported compilation of a Material Building Pass; as a qualitative and quantitative documentation of the material composition of, and the material distribution within, a building structure. This project is a central milestone towards standardized, BIM-generated building material passes.
Biotope City - construction manual for the green city of the future
"Biotope City" is an overall concept for the implementation of comprehensive urban greening with the aim of using the regenerative mechanisms of nature. With this approach, quality of life is to be comprehensively, sustainably and cost-effectively increased and resilience against extreme weather events in cities will be improved. The project aims to generate realistic components of a "construction manual" for the green city of the future, which are generalizable and transferable.
VERTICALurbanFACTORY
The project researches possibilities and potentials of highly efficient use of space through modern concepts of "stacked" functions and vertical production.
SmartCity Baumgarten - Demonstration of an anergy network and implementation of climate-friendly solutions in existing districts
Implementation of a cross-property anergy network for the supply of heating, cooling and electricity in an existing neighbourhood. With this demonstration project, a technical-legal alternative for areas outside of district heating supply is developed, which makes it possible for neighbourhoods to join together to use renewable energies in common.
INN'FIT4UM - Innsbruck "Fit4UrbanMission" - climate neutral Innsbruck 2030
Cities are the place where decarbonization strategies for energy, transport and buildings intersect. A few years ago, the municipality of Innsbruck set up a Smart City Group consisting of staff from the municipality, IIG, IKB and IVB to address this challenge. The goal of INN'F4UM is to develop a step-by-step plan to achieve climate neutrality for the city by 2030, building on an up-to-date representation of energy and resource flows together with the University of Innsbruck.
EM Städte - Monitoring and evaluation of urban energy flows
In the first phase of the project, the data source of the energy statistics will be analyzed. Based on the findings of the analysis a methodology on build up regional energy balances will be developed. The methodology will be integrated into the Senflusk tool and tested on five reference cities in Austria.
DIM4Energy - Digital Information Models for the Planning and Optimization of Buildings and Urban Energy Infrastructure
Digital information models (DIM) are playing an increasingly important role in urban planning and decision-making processes, from individual buildings (BIM) to urban information models (UIM). For the planning and optimal operation of plus-energy neighborhoods, valuable information could be obtained from these existing models, provided the appropriate data sources and associated software tools are properly linked.