We accompany your project from the initial idea to ongoing operation and see ourselves as mediators between research and practice as well as between clients and planners. We assess the client's objectives concerning technical and economic feasibility and formulate them clearly and verifiably for the further planning process. We ensure their adherence during planning, implementation and operation.
- Feasibility Studies
The feasibility studies show how sustainability, quality, comfort and life cycle cost objectives can best be achieved.
- Definition of Objectives for Sustainable and Energy-Efficient Buildings
If energy efficiency and renewable energy sources are taken into account early enough, costs can be saved during planning and operation.
We advise property managers, property developers and real estate developers on the development and implementation of solutions for the required e-charging infrastructure in new buildings as well as on the retrofitting of charging stations in existing buildings.
- Life Cycle Costs
On the basis of trustworthy decision bases, the client can make life cycle-oriented decisions.
- Dynamic Building and System Simulation
Use of modern planning tools to develop sustainable, energy-efficient energy concepts and detailed solutions.
- Quality Assurance in Building Services Planning
Implementation of an external quality assurance for the client during the entire planning process for the building services planning.
- Monitoring Concepts
Only measured values provide a reliable basis for energy-efficient operation! The basis for this is already laid in the planning stage.
- Building Certification
Sustainability certificates show the client's commitment and contribute to quality assurance.
- Technical Monitoring - Quality Assurance During Commissioning
Anyone who wants to achieve planned efficiency levels in operation must focus on the commissioning process.
|MaTrID: Market Transformation Towards Nearly Zero Energy Buildings Through Widespread Use of Integrated Energy Design||European Commission||2020|
|Energy concept with dynamic building simulation for the new Vinzentinum Ried||Barmherzige Schwestern Hospital Ried||2020|
|Integration of renewable energies in the energy supply of the St. Josef hospital in 1130 Vienna||2020|
|On the way to Positive Energy Districts in Melk||Austrian Research Promotion Agency (Österreichische Forschungsförderungsgesellschaft mbH)||2020|
|Life Cycle Cost Assessment for the Renovation of the Indoor Swimming Pool in Leipheim||Pohl ZT GmbH||2020|
|Cross-Property e-Carsharing||Climate and Energy Funds||2020|
|Development of a One-Stop-Shop for the Renovation of Buildings in Vienna||European Commission||2019|
|Energy concept and life cycle costs for the new construction of a residential building||2019|
|Modernization of a Wilhelminian Style Building using Aerogel Insulation Plaster||2016|