Session 12: Training and design concepts
Room 5 - Thursday, 10 October 2019, 11:30 am
Time | Topic | Speaker |
---|---|---|
11:30 am |
Quality assurance through further training For the past 12 years the PHI, together with more than 100 partner organisations, has been providing training and further education in the field of highly energy-efficient construction around the world. Since 2018, this program has been modularized and gradually expanded to cover the entire planning and construction process of highly energy efficient buildings. |
Susanne Winkel |
11:55 am |
The significance of passive house courses in Chinese universities This paper analyzes the characteristics of the Passive House course and the way of talent cultivation of Hefei University, and provides a case for the development of Passive House in Chinese universities. In the future, the mode of cultivation of the passive house technicians in which course, experiment and project practice are combined will be attempted |
Daxiong Si |
12:20 pm |
Re-learning training: The need and potential for regional and trades-specific training Emu Systems' curriculum covers CPHT learning objectives in North American conditions, from Florida to Alaska. Responding to participants' requests, Emu also added a workshop: at its core are the Emu Passive Pods, micro Passive Houses including exercises designed around the CPHT learning objectives. |
Enrico Bonilauri |
12:45 pm |
Thermal Comfort in Summer vs. Large Windows The global spread of the Passive House and climate change make summer comfort increasingly important. With thoughtful design, multifunctional facades and structural shading, planners can develop intelligent, economical and energy-efficient buildings. This paper shows examples from Germany and China. |
Wolfgang Frey |
1:10 pm |
A systematic approach towards designing thermal bridge-free contructions This paper introduces definition and influences of thermal bridges, and explains the importance of anti-thermal bridge design in the Passive House projects. The paper also shares the methods and ideas for handling thermal bridges from design of nodes, calculation of thermal bridges and cost economy to construction communication in combination with the domestic project experience and examples. |
Huifang Zhang |
|
|
|
Back to overview |
* Simultaneous translation into English/Chinese