Designing an Engagement Strategy to Improve Collaboration in the Construction Industry

The building construction industry is generally known as a procedural project with linear workflow and a traditional mindset. When a disruptive technology arises, the clients and partners face the challenge to understand the technology. In addition, their willingness to change is low. PHYSEE, a technology company that offers smart engineering...

Tem heat dissipation system: Increasing performance of a thermoelectrical integrated facade through the heat dissipation system

Recent studies show an increase in energy use on buildings due to higher cooling demands, constituting an increase of 17% of the global energy consumption by 2050. Tendencies also show that cooling degree days around the globe will also increase and this will display a greater impact on developing countries with warm climates. Subsequently, this...

THERM_VENATION: Active Thermal Façade Venation: Fabricating a concrete twin-wall façade panel optimised for integrated heat exchange system

Passive measures to tackle increasing energy demands of modern buildings are aimed to generate energy from the roof or the ground beneath and by improving insulation to isolate indoors and outdoors. The author targets the opaque facade sections of a building to develop an active panel to exchange solar thermal energy with his project THERM...

TE integrated facade: Design of an integrated facade for a typical office building in the semi-arid climate of Tehran using thermoelectric technology powered by PV panels for space heating and cooling

Building industry consumes around 50% of the world’s electricity consumption and space heating and cooling plays an important role in ozone depletion and global warming potential. Solar cooling technologies promise more sustainable approaches with reliance on solar energy as a renewable energy source. Thermoelectric technology is a promising...