Content
Number of images - 1
Tables and charts - 2
Light & Engineering 26 (1)

Light & Engineering 26 (1)

Volume 26
Date of publication 03/30/2018
Pages 113-119

Purchase PDF - $6

Analysis Criteria for Choosing Energy Efficient High-Quality Light Sources and Luminaires. L&E 26 (1) 2018
Articles authors:
Gennady Ya. Vagin, Eugene B. Solntsev, Oleg Yu. Malafeev

Doctor of Technical Science, honoured scientist of the Russian Federation, Professor of the Chair “Electrical energy industry, electric power supply and power electronics” of the Nizhny Novgorod State Technical University, expert of the Russian Government Analytical Centre, graduated from the Gorky Polytechnic Institute in 1965

Ph.D., an Associate Professor of the Chair “Electrical energy industry, electric power supply and power electronics” of the Nizhny Novgorod State Technical University, graduated from the Gorky Polytechnic Institute in 1977

an assistant of the Chair “Electrical energy industry, electric power supply and power electronics” of the Nizhny Novgorod State Technical University, graduated from the Gorky Polytechnic Institute in 2010

Abstract
The article analyses critera applying to the choice of energy efficient high quality light sources and luminaires, which are used in Russian domestic and international practice. It is found that national standards GOST P 54993–2012 and GOST P 54992– 2012 contain outdated criteria for determining indices and classes of energy efficiency of light sources and luminaires. They are taken from the 1998 EU Directive #98/11/EU “Electric lamps”, in which LED light sources and discharge lamps of high intensity were not included. A new Regulation of the European Union #874/2012/EU on energy labelling of electric lamps and luminaires, in which these light sources are taken into consideration, contains a new technique of determining classes of energy efficiency and new, higher classes are added. The article has carried out a comparison of calculations of the energy efficiency classes in accordance with GOST P 54993 and with Regulation #874/2012/EU, and it is found out that a calculation using GOST P 54993 gives underrated energy efficiency classes. This can lead to interdiction of export for certain light sources and luminaires, can discredit Russian domestic manufacturer light sources and does not correspond to the rules of the World Trade Organization (WTO).
References
1. Report on implementation of the project “Independent quality check of lighting products”// Svetotekhnika. 2016, #1, pp. 69–86.
2. Naumov A.L. Labelling of energy efficiency of engineering equipment as the basic tool of energy saving // Energy saving. 2008, #3, pp. 4–21.
3. Use of labelling engineering equipment of buildings when developing measures to increase energy efficiency during energy auditing objects of different purpose: educational handbook / G. Ya. Vagin, N.N. Golovkin, A.M. Mamonov, etc.; under the editorship of E.A. Zenyutich. N. Novgorod: Rastr-NN LLC, 2014, 256 p.
4. GOST P 54993–2012. “Household lamps Factors of energy efficiency” Moscow: Standartinform, 2013, 7 p.
5. GOST P 54992–2012. “Household lamps Methods of determining energy efficiency” Moscow: Standartinform, 2013, 6 p.
6. Federal law of November 23, 2009 #261- ФЗ “On energy saving and increase of energy efficiency and on introduction of amendments to some legal acts of the Russian Federation”.
7. Commission delegated regulation (EU) No 874/2012 of 12 July 2012 supplementing Directive 2010/30/EU of the European Parliament and of the Council with regard to energy labelling of electrical lamps and luminaires.
8. Shevchenko A.S. A promotion program of energy-effective illumination in Russia // Svetotekhnika, 2014, #1–2, pp. 112–117.
9. Analysis of the lighting product market state and perspectives in the member countries of the Eurasian Economic Union (EEU) / Program of Development of the United Nations (UNDP), 2015, 78 p.
10. Study of current higher harmonics generated by energy saving light sources / G. Ya. Vagin, A.A. Sevostyanov, E.B. Solntsev, etc.// Industrial power engineering, 2014, #6, pp. 51–55.
11. Mantorski Z. Harmonic Problems Caused by Light Sources Controlled// Light & Engineering, 2008, #3, pp. 46–51.
12. Aniruddha Mukherjee, Rajat S. Mandal, Asit Kumar Sur, and Saswati Mazumdar Power Factor and Harmonic Analysis of Self Ballasted Compact Fluorescent Lamps// Light & Engineering, 2010, #2, pp. 101–107.
13. GOST P 56029–2014. Correspondence evaluation. Order of necessary confirmation of a product correspondence to the requirements of the Technical regulation of the Customs Union “Electromagnetic compatibility of technical facilities”. Moscow: Standartinform, 2015, 58 p.
14. GOST 30804.3.2–2013 (IEC61000–3–2:2009). Electromagnetic compatibility of technical facilities. Emission of current harmonious components by technical facilities with the consumed current no more than 16A (in one phase). Test standards and methods.
15. GOST P 27.202–2012 (IEC60300–3–3). Reliability of the facilities. Reliability control. Cost of service life. – Moscow: Standartinform, 2014, 16 p.
16. Vagin G. Ya. Energy saving in the budgetary sphere: a manual for power managers // N. Novgorod: NSTU, 2010, 145 p.
17. Perera, O., Morton, B., Perfrement, T. Life Cycle Costing. A Question of Value / International Institute for Sustainable Development (IISD). URL:ec.europa.eu/environment/gpp/pdf/WP-LifeCycleCosting.qx.pdf (дата обращения: 20.05.2017).
18. Benuzh A., Kazeykin V., Podshivalenko D. Methodical recommendations on calculation of life cycle cost. URL: naiz.org/news/Podshivalenko.pdf (addressing date: 5/20/2017).
19. Vagin G. Ya., Solntsev E.B., Terentyev P.V., Malafeev O. Yu. Techniques of economic choice of illumination devices based on service life cost // Engineering bulletin of Don, #2, p. 2 (2015). URL: ivdon.ru/ru/magazine/ archive/n2p2y2015/3040 (addressing date: 5/20/2017).
20. Illumination of public rooms. Product catalogue // Ardatosvky Lighting Factory JSC. URL: http://www.astz.ru/ru-production/public/(addressing date: 5/20/2017).
21. Fluorescent lamps. Internet shop // Elektrik Internet shop. URL: https://svetelektro.net/section-lamp/ energy-saving-fluorescent-lamps.
22. Utilisation of mercury-containing waste and fluorescent lamps // Ekologika LLC. URL: ecologika-nn.ru/ lampy (addressing date: 5/20/2017).
Keywords

Buy

Recommended articles