IEA SHC Task 69 of the International Energy Agency aims to make solar water heating technologies more cost-effective, efficient, and reliable.
The ÖWG – Wohnbau Genossenschaft wants to renovate its buildings – for this purpose, strategies are being developed on a pilot basis for an existing property, processes are being applied and a climate-neutral renovation concept is being developed as the basis for subsequent implementation.
BM Retrofit is dedicated to the development and demonstration of holistic retrofitting and modernization concepts as well as portfolio expansion of biomass-based district heating networks and systems.
The goal of the research project is the development of a BIM-based building operations platform to provide building owners and operators with better insight into the real-time building performance during the entire life cycle of the building.
The existing urban climate analysis of the city of Graz is turning into KIS 2.0 - the climate information system, which is fed with data by the drone-based urban climate analysis of AEE INTEC (SmartCity Sensing method) and thus supports visionary conceptions and planning.
Since 2019, the GEL S/E/P project series aims at developing the foundations for spatial energy planning. The goal is to provide a digital energy atlas for the provinces of Salzburg, Styria and Vienna, which includes high-resolution spatial information layers and reporting functions for the characterization, analysis and planning of municipal energy systems. In addition, automated reports are provided for use cases in administration and local planning and legal framework conditions are addressed in dialog with authorities and politics.
The goal of the project ‘ABM4EnergyTransition’ is the development and demonstration of a novel simulation approach based on agent-based modeling (ABM) for the spatial analysis of transformation pathways for the urban heat and energy transition.
The project deals with the development of an open-source based GIS infrastructure for the deployment of online map services, online data analysis services and related digital services of the three ACR research institutes AEE INTEC, GET and IBS.
Objective of the project is to conduct feasibility analyses and heat network planning for the expansion and decarbonization of the district heating supply in the municipality of Kapfenberg.
The findings are to be taken into account both with regard to the strategic district heating planning of the local energy service provider and the municipal heat planning authority of Kapfenberg.
The climate protection plan shapes climate protection principles and goals (vision and mission) for the municipality of Gleisdorf.
Based on a comprehensive status survey, scenarios and an action plan for the phase-out of fossil fuels by 2030 (focus) and 2040 (outlook) respectively are developed with a focus on space heating, electricity, mobility and process heat sectors.