Energy efficiency in the architecture of prefabricated modular houses
Abstract views: 19
/ 
PDF downloads: 8
Keywords:
Energy Efficiency, Innovation, Prefabricated Modular Homes, SustainabilityAbstract
The article presents a theoretical and practical study of the analysis of the energy efficiency of
traditional urban and rural buildings in addition to modern innovative ones. It briefly presents and
analyzes the steps and actions of the responsible authorities in the targeted field, reflects the importance
and possibilities of improving the housing stock situation, which the whole society must be aware of. It
specifies the current state policies for promoting a healthy and safe environment and proposes energy
efficiency strategies.
In addition, it presents activities carried out both in the context of forming new principles of sustainable
and energy-efficient construction and encourages respect for environmental protection through conceptual
projects aimed at reducing excessive human consumerism.
In addition, it highlights the role of local changes in international energy efficiency of buildings and state
policies, and for the Republic of Moldova, several application projects in the targeted field are developed
with the help of the European Union.
Examples and recommendations of energy efficiency of prefabricated modular house models are
provided, which meet the requirements of the 21st century.
Downloads
References
D. Vataman, R. Fagurel. (2016). Energy efficiency of buildings in the context of global warming. In: INCERCOM Bulletin. no. 8, pp. 153-191. ISSN 1857-3762.
A. Velicu C. (1998). Thermal protection of buildings. Specialization elements, Technical Experts Publishing House Iasi, 6. NCM E.04.01:2017 Thermal protection of buildings.
[3] Long-term energy strategy of the Republic of Moldova, aligned with the energy objectives of the European Union. [Online]. Available: http://www.clima.md/files/EficientaEnergetica/Publicatii/RO/Problemele%20Energeticei%20Regiona le%20nr%202%202006%20Strategia%20Energetica.pdf.
Energy Efficiency Project for Buildings in the Republic of Moldova. [Online]. Available: https://gov.md/sites/default/files/document/attachments/nu-1020-men-2023.pdf.
Project - Energy efficiency rehabilitation of educational institutions in local communities in the Republic of Moldova. [Online]. Available: https://energie.gov.md/ro/content/lansarea-proiectului-privind-eficienta-energetica-institutiilor-de-invatamant-din-republica.
Guide for the implementation of energy efficiency measures and the use of renewable energy sources for public sector buildings. [Online]. Available: https://energie.gov.md/sites/default/files/guide_ee_re_moldova_rom_cover_0.pdf.
Financing program Fund for Energy Efficiency in the Residential Sector of Moldova (FEERM). [Online]. Available: https://gov.md/ro/content/guvernul-aprobat-programul-de-finantare-fondul-pentru-eficienta-energetica-sectorul; 2 https://cned.gov.md/ro/profiles/team.
M. Budescu, P. Ciongradi, N. Taranu & I. Gavrilas & M. Ciupala & I. Lungu. (2001). Rehabilitation of buildings. Vesper Publishing House.
I. Bliuc, I. Baran I. (2005). Methodology for adopting the optimal solution for thermal rehabilitation of buildings. In International Symposium. Composite materials, elements and structures for constructions, Timisoara.
Montana House, Asturias region, Spain. [Online]. Available: https://www10.aeccafe.com/blogs/arch-showcase/2017/11/27/casa-montana-in-asturias-spain-by-baragano/.
L.Tcaci, V. Arion. (2016). Energy performance of buildings. Course notes. UTM, Chisinau: Tehnica-UTM, 152 p.
