Built Environment

Welcome to the homepage of the Department of Built Environment

The Built Environment department deals with building technology components and systems and their interaction in the building as a system. Heat supply, fresh air supply, lighting and dynamic facade control are tasks for which new and innovative solutions are developed and investigated. Decentralized approaches and human-technology interaction are of great importance. The aim of the research is to create sustainable buildings that are energy-efficient and economical to run, and that offer their users maximum comfort.

In addition, the department develops innovative energy concepts in combination with economic feasibility studies and risk assessments for clients from industry and commerce. In past projects, concepts with hydrogen, biomass and power-to-X were developed for large industrial customers (e.g. from the automotive industry and retail), which are always oriented to the needs and requirements of the clients.

We are a multinational team with a highly interdisciplinary focus: scientists* from civil engineering, building physics, mechanical engineering, computer science and architecture work together and use both experimental and computational simulation methods.

In the Living Lab smart office space, we test technologies in use and present our findings to a broader public.


News

TRNSYS EXPERIENCE SEMINAR 2017 : Save the Dates!

After a successful second TRNSYS EXPERIENCE seminar in Kaiserslautern (February 2016), the Université de Liège in partnership with the Universities of Greater-Region, Luxembourg, Lorraine & Kaiserslautern, as well as the consultancy company ICSEED, is pleased to announce the 3rd TRNSYS EXPERIENCE Seminar next 2nd & 3rd March 2017 in Arlon (BELGIUM).

This seminar is an opportunity to join Research, Engineering & Consultancy. Presentations will introduce research projects and real cases promoting dynamic thermal/energy simulation as a powerful and meaningful tool for energy & buildings, and for design & auditing. In the context of growing BIM, as well as requirements for energy efficiency, thermal dynamic simulation takes a more and more significant place within the overview of energy & buildings.

More information, preliminary programme and registration available on: http://www.trnsysexperience.eu

This seminar will be in English so as to promote international exchanges around TRNSYS experiences, and will be an opportunity to discover new features of coming TRNSYS 18 version.

Call for presentations is launched. If you are interested, please feel free to send an abstract of about 150-300 words to Vincent Cousin at: contact(at)trnsysexperience.eu

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