Climate scenarios indicate a significant increase in heat waves and extreme weather events in the Alpine region. At the same time, the expansion of renewable energy bears new challenges in energy supply security due to the volatility of production and raises the need for storage options. Currently, buildings are increasingly being equipped with climate-split devices which further exacerbate the microclimatic problem of the environment due to waste heat. With thermal component activation (TAB), a technology is available in a climate-friendly and cheap way and release it again with a time delay. This flexibility can make settlements more resilient to extreme heat periods and make a direct contribution to energy security. TABs have increasingly been implemented in the Alpine region in recent years, but the great potential of cooling as well as storing renewable energy has been insufficiently exploited. Reasons for that include primarily lack of knowledge on the part of planners, adherence to existing practices as well as lack of funding.

The overarching goal of the project is to improve the adaptability and resilience of buildings and settlements in the Alpine region. A package of resources enabling sensitisation and knowledge transfer to plan thermally acitvated buildings and settlements in the ASP programme area will be provided. A TAB toolbox includes the following four dimensions: a planning guide, a proposal paper for TAB fundings and improvement of legal framework conditions, a pool for experts and the Innovation map TAB Alpine Space, with the aim of sensitising and increasing the competences and knowledge exchange of builders, planners, and political decision makers.

The hub of this project is the existing online tool "Innovation Map TAB" by the Salzburg-Bavaria region (www.zukunft-bau.at/innovationslandkarte), which will be rolled out to the whole of Austria, Southern Germany, Northern Italy, and Switzerland. There are currently different approaches and strengths: in Southern Germany and Northern Italy, mainly commercial buildings are being implemented with TAB, while Austria has initial experiences with subsidies in redidential construction, and in Switzerland, innovative processes for concrete  recycling are being developed. In the building sector, innovations are strongly determined by the radius of action. Due to the transnational approach of the project, the partner countries can benefit greatly from each other´s technical and normaitve experiences. Common to all regions are the need for practice-oriented training, best pracise projects and an active exchange among experts. The planned measures should lead to innovation impulse and an accelerated implementation of this key technology. The spatial proximity of the project regions, the similar climatic conditions and the supra-regional electricity market are strong drivers and guarantors for maximum synergies for a joint approach.