Content

Abstract:
The article deals with system of supplementary artificial lighting of working premises in office buildings. It is noted, that for the time being the construction and commission of office building in majority of world’s countries increase, creating jobs for many people, which work as office personal. That’s why the creating of comfortable indoor climatic environment takes a leading part in the process of architectural and structural design of the buildings in question. The comfort of lighting environment is considered as one of main for man among the environmental problems to be solved in these building. As a results of the scientific study presented, the authors studies that the best solution in this case is to incorporated artificial lighting in supplementary form to increase the total level of illumination of working premises where and when it is necessary. The authors noted, that for the scientific investigations of the kind considered, the best method of the field study was an internationally – adopted method of subjective expert appraisal of the indoor lighting environment.
References:
1. Gysev N.M. Fundamentals of Buildings physics / Moscow, STROYIZDAT, 1975, 440 p. 2. Solovyov A.K. Physics of the environment / Moscow, ASV, 2014. 341 p. 3. Obolensky N.V. Architectural physics / Moscow, STROYIZDAT, 1997, 448 p. 4. Maklakova T.G., Nanasova, S.M., Sharapenko, V.G., Balakina, A.E. Architecture/ Moscow, ASV, 2004, 472 p. 5. Maklakova T.G. Function, construction, composition in architecture / Moscow, ASV, 2009, 272 p. 6. Solovyov A.K. Fundamentals of architecture and building structures / Moscow, Urait, 2019, 472 p. 7. Stetsky S.V. To a problem of indoor microclimatic environmental conditions subjective appraisal / SMOT of XXI century, 2008, #12, pp 63–65. 8. Solovyov AK, Stetsky S.V. Creating a comfortable light environment in classrooms / Collection of special and scientific works of the Polytechnic Institute of Brno (Czechoslovakia), 1979, pp. 113–124. 9. Solovyov A.K., Stetsky S.V. Determination of the parameters of combined lighting by subjective appraisal of the light environment in the premises // Moscow, Designing and scientific research, 1984, # 6, pp 36–38. 10. Boccia O., Zazzini P. Daylight in buildings equipped with traditional or innovative sources: a critical analysis on the use of the scale model approach// Energy and Buildings, 2015, # 86, pp. 377–396. 11. Solovyov A.K. Reflective Facades: Their Influence on Lighting of Opposite Building // Light & Engineering Journal, 2017, Vol. 25, # 2, pp. 88–93. 12. Solovyov А.K. Research into Illumination of Buildings and Constructions Conducted in Architectural and Construction Educational and Scientific Institutes: a Review // Light & Engineering Journal, 2017, Vol. 25, # 1, pp. 23–30. 13. Ne’eman E., Hopkinson R.G. Critical Minimum Acceptable Window Size: A Study of Window Design and Provision of a View// Lighting Research and Technology, 1970, V.2, #1, pp. 17–27. 14. Muraviova N.A., Solovyov A.K., Stetsky S.V. Comfort light environment under natural and combined lighting: method of their characteristics definition with subjective expert appraisal using // Light & Engineering, 2018, Vol. 26, # 3, pp. 124–131. 15. Sudan M., Tiwari G.N. Daylighting and energy performance of a building for composite climate: An experimental study // Alexandria Eng. Journal, 2016, Vol. 55, #4, pp. 3091–3100. 16. Bian Y., Ma Y. Analysis of daylight metrics of side-lit room in Canton, South China: A comparison between daylight autonomy and daylight factor // Energy and Buildings, 2017, Vol. 138, pp. 347–354. 17. Shmarov I.A., Zemcov V.A., Gagarin V.G., Korkina E.V. Influence of the light transmission of energy saving window blocks on sanitary requirements // News of higher educational institutions, Proceedings of higher educational institutions, Textile industry technology, 2017, Vol. 4, # 364, 176 p. 18. Dvoretsky A., Klevets K., Spiridonov A. Low-energy architecture in the south of Russia // IOP Conference Series: Materials Science and Engineering. International Scientific Conference on Construction and Architecture: Theory and Practice for the Innovation Development, 2019, 033050.
Keywords
- supplementary artificial lighting
- daylight factor
- office buildings
- lighting environment
- comfortable microclimate
- artificial lighting fixtures
- contrasts
- glare
- insolation
- sun-protecting devices
- labour productivity
- integral lighting of interiors
- active and passive methods of acclimatization
Recommended articles
The Implementation of Shaft Parts of Lighting Wells as Light Reflecting Elements in Multi-Storeys Industrial Buildings L&E, Vol.32, No.1, 2024
Daylighting of Low-Rise Buildings with Roof System of Illumination in the Case of Dense Surrounding Urban Development L&E, Vol.31, No.2, 2023
Comfort Light Environment under Natural and Combined Lighting Method of Their Characteristics Definition with Subjective Expert Appraisal Using. L&E 26 (3) 2018