The paper presents significant aspects regarding the concept and details of constructive solutions used to design and implement an energy efficient school building in Romania. Although the site is in a moderate seismic zone, the structural needs of the building impose specific insulation solutions for making the passive house concept applicable. Renewable energy sources are also applied to optimize the maintenance cost and to reduce the payback period to a feasible level. In order to prove the benefits of the solutions, to justify the higher initial investment, to improve the real-time energy consumption of the building, as well as to keep track of the internal climate parameters, a complex monitoring system was planned and implemented. Details and correlation between specific details and temperature sensors distribution are also presented.
http://www.passivhausprojekte.de/ (Accessed in July 2015)
Integrated Strategies and Policy Instruments for Retrofitting Buildings to Reduce Primary Energy Use and GHG Emissions (INSPIRE), Final Draft — Dec. 2014, ERACOBUILD
http://www.meteonorm.com/ (data from 2014)
Passive House Planning Package (PHPP), http://passiv.de/ en/04_phpp/04_phpp.htm
Nagy Zs. , Fülöp L., Talja A. (2013), Reconversion of Flat Buildings Administration: New Romanian Business Opportunities. Advanced Engineering Forum, 8–9, 621–630.
Koukkari H. , Zukowska E., Jose C., Elguezabal P., Sandra M., Ungureanu V., Ciutina A., Dinca A., Grodzicka E., Chmielewski M., Gervasio H., Santos P., Silva L., Braganca L., Andrade J., Baniotopoulos C., Zygomalas I., Dehan V., Vassart O. (2014), Sustainable Building Project in Steel (SB-Steel). Final Report RFSR-CT-2010-00027, http://www.onesource.pt/sbsteel/site/.