SOLAR ENERGY SYSTEMS IN THE RECONSTRUCTION OF HERITAGE HISTORICAL BUILDINGS OF THE NORTHERN TOWNS (FOR EXAMPLE SAINT-PETERSBURG)
Abstract
The use of solar energy supply systems for the reconstruction of facilities, historical and cultural monuments, faces many difficulties. Particularly because of the need to preserve the outside shape of the building. It is necessary to find a method of integration of solar energy system supply, but not at the expense of the architectural heritage, and ensuring optimum production of solar energy. The method should not touch at all the façade of the architecture. The author proposes to allocate additional energy supply systems based on solar energy in the class of temporary structures, potentially separable from the capital base of the building. Hence, the creation of the concept of Building-independent temporary photovoltaics constructions (BITPVC). This article is dedicated to the issues of architectural adaptation and harmonious integration of solar energy technologies in the historic environment of the northern towns (for example Saint-Petersburg).
References
Aronova, E., Murgul, V. (2013): The evaluation of the appropriateness for using solar
energy technologies in the historical building of Saint-Petersburg and the climatic conditions
of the North-West region, Architecture and Modern Information Technologies, Vol. 2
(23), pp. 97-117;
Davidsson, H., Perers, B., Karlsson, B (2012): System analysis of a multifunctional
PV/T hybrid solar window, Solar Energy, Vol. 86 (3), pp 903–910;
Gabriyel, I., Ladener, Kh.,(2011) Rekonstruktsiyazdaniypostandartamenergoeffektivnogodoma,
St. Petersburg: BKhV-Peterburg;
Moschella, A., Salemi, A., Lo Faro A, Sanfilippo, G., Detommaso, M., Privitera, A. (2013): Historic Buildings in Mediterranean Area and Solar Thermal Technologies: Architectural Integration vs Preservation Criteria, Energy Procedia, Vol. 42, Pp 416–425;
Murgul, V. (2014): Features of energy efficient upgrade of historic buildings (illustrated
with the example of Saint-Petersburg), Journal of Applied Engineering Science, Vol. 12,
№ 1, pp 1-10;
Murgul, V. (2013): Solar energy in the reconstruction of urban environment of historic
building Saint-Petersburg, Architecture and Modern Information Technologies, Vol. 2
(23), pp. 1-24;
Murgul, V. (2013): Capabilities of using the solar energy for energy supply of the dwelling
buildings of the historical area of Saint- Petersburg and for city environment quality
improvement, Architecture and Modern Information Technologies, Vol. 1 (22), pp. 1-18;
Nemova, D., Murgul, V., Golik, A., Chizhov, E., Pukhkal, V., Vatin N.(2014): Reconstruction
of administrative buildings of the 70s: the possibility of energy modernization, Journal
of Applied Engineering Science, Vol. 12, № 1, pp 37-44;
Norton, B., Eames, P.C., Mallick, T.K., Huang, M.J., McCormack, S.J (2011): Enhancing the
performance of building integrated photovoltaics, Solar Energy, Vol 85, pp. 1629–1664;
http://www.opus-architekten.de/inhalt/opusArchitekten. htm,retrieved on January 8th, 2014;
Pavlicic, N., Perazic, M., Djuric-Jocic, D., Knezevic, M., (2014): Engineering education in the
field of civil engineering, Journal of Applied Engineering Science, Vol. 12, № 1, pp 11-18;
Polo Lopez C. S., Frontini, F. (2014): Energy efficiency and renewable solar energy integration in heritage historic buildings,Energy Procedia Vol. 48 pp. 1493 – 1502;
Scheer, H. (1995): Solar energy’s economic and social benefits, Solar Energy Materials
and Solar Cells, Vol. 38, Issues 1–4, pp 555–568;
Sibley, M., Sibley, Mar. (2013): Hybrid Green Technologies for Retrofitting Heritage Buildings in North African Medinas: Combining Vernacular and High-tech Solutions for an Innovative Solar Powered Lighting System for Hammam Buildings, Energy Procedia, Vol.
, pp 718–725;
Sozer H., Elnimeiri, M. (2007): Critical factors in reducing the cost of building integrated
photovoltaic (BIPV) systems, Architectural Science Review, Vol. 50, pp. 115–121;
Wong L.T., Chow W.K. (2001): Solar radiation model, Applied Energy,Vol. 69 (3), pp. 191-224.
