International Network for Energy Efficiency andInnovative Building Services Education
Abstract
The revaluation of the urban areas by at the same time comprehensive modernisation of the building continuance will contribute to the fact that till 2015 the greenhouse gas emissions might be reduced under the level of 1990. The establishment of an energy-efficient building is a comprehensive process with which from the planning about the establishment up to the company of the building many aspects must be taken into account. Particularly with the establishment of new buildings the energy consumption can be significantly lowered by the implementation of new solutions by linking of Energy Efficiency audits, LCCO, BIM and SCD. The aimed energy class is considering all actors involved in the, as well as all phases of the construction and its interfaces. The participants will be enabled by the qualification measures to consider the boarderlines and interfaces of the buildings, but also to understand different approaches of the building equipment and appliances. The exchange of information will be facilitated and the energy planning more cost efficient resulting in a more economical construction of sustainable buildings. With the planned qualification an innovation process is initiated towards improved methods and services in the area of Life Cycle Assessments (LCA) for the optimisation of buildings and districts. Another innovation process is also started by linking LCA with BIM in direction of new services and products which will also lead to more energy efficient applications and guarantee products following the Supply Chain design (SCD) optimised products. It is expected that these products still don’t exist not on the market, but among other research and development projects. All together this project should lead to an improved international construction project management (ICPR).
keywords Energy Efficiency Innovative Building Services
Publikationen
INE - Internationales Netzwerk für Energieeffizienz und innovative Gebäudetechnik
Autoren: Trebersourg, M; Heidenreich, M; Smutny, R; Sattler, S; Kogler, K Jahr: 2014
Forschungsbericht (extern. Auftraggeber)
Project staff
Martin Treberspurg
Univ.Prof. Dipl.-Ing. Dr.techn. Martin Treberspurg
martin.treberspurg@boku.ac.at
Project Leader
01.10.2013 - 31.03.2016