Solar collectors integrated into transparent facades

Author:

Zhelykh Vasyl1,Venhryn Iryna2,Kozak Khrystyna2,Shapoval Stepan2

Affiliation:

1. Department of Building Processes Engineering , Czestochowa University of Technology , Akademicka 3 Street, 42-200 , Częstochowa , Poland

2. Department of Heat and Gas Supply and Ventilation , Lviv Polytechnic National University , S. Bandery str., 12, 79013 , Lviv , Ukraine

Abstract

Abstract Due to the fact that the number of natural disasters in the world has increased in recent years, experts note that climate change is the cause. As a consequence of the nature of the needs to improve the fuel and energy complex in the countries in world. This solution could be solar energy and similar energy sources. The paper presents the classification of energy-efficient houses proposed by international standards and its critical analysis. Emphasis is placed on the problem of improving solar collectors integrated into the construction of buildings. The paper presents the temperature characteristics of an experimental solar collector. For the experimental solar collector combined with the translucent facade of the building, thermal characteristics are set, in particular, such as thermal capacity and thermal efficiency.

Publisher

Stowarzyszenie Menedzerow Jakosci i Produkcji

Subject

Management of Technology and Innovation,Industrial and Manufacturing Engineering,Safety, Risk, Reliability and Quality,Management Information Systems

Reference17 articles.

1. Babaev, B., 2016. Development and research of energy systems based on renewable sources with phase-transition heat storage. Doctoral dissertation, 345 (in Russian)

2. Baramydze, S., Kypshyze, H., Chachava, Z., Bahdavadze, Y., Aloian, O., 1992. Sun-receiving device combined with the roof of the building. Patent of SSSR 1746155. (in Russian)

3. Baxi Heating, 2007. In Roof Flat Plate Solar Collector Mounting. Installation Guide, UK, 20. (in English)

4. Beznoshchenko, D., 2006. Solar alternative to TEPS. Solar energy. Green energy, 3, 28. (in English)

5. COST Action TU1205, 2015. Overview of BISTS state of the art, models and applications, COST Office. (in English)

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