Systemic-information approach to provide energy efficiency of the housing sector of economy

DOI №______

Abstract

Ensuring energy efficiency in the residential sector of Ukraine involves regular monitoring of energy consumption and energy audit, which includes data collection, information analysis, practical recommendations for measures and energy saving projects, as well as their financial and environmental assessment. The modern information technology market offers a large number of computer programs for the energy monitoring and management system. The systematic and informational approach is considered in ensuring energy efficiency of the residential sector of the economy and its component - software for the energy management system. The mechanism of implementation of the energy management system in the residential sector of Ukraine is presented. It is determined that the successful application of the mechanism of implementation of the energy management system largely depends on the functionality, convenience and technical capabilities of the software used in this field. The basic functions of software in the energy management system are revealed, namely: operational control and dispatching, design analysis, automation of energy audit, document management. The notion of software quality is indicated. Software quality indicators and their properties are described. Software products vary in terms of complexity, availability, and other features, which leads to varying degrees of application. The characteristics of software products for the system of energy monitoring and management presented in the modern information technology market are presented. The rating of the software is based on the quality assessment. It is noted that software products for the energy management system in the budget sphere are more widely used than in the housing sector.

Key words: system-information approach, software, energy monitoring and management system, mechanism of implementation of the energy management system, software quality indicators, software quality assessment.

REFERENCES
1. Komelina O.V., Shcherbinina S.A. (2018) Methodology of estimation of energy reserves and energy efficiency of the housing fund of Ukraine. Marketing and Management of innovations. Vo1.1. 382-390.
2. Komelina O.V., Shcherbinina S.A. (2017) Perspectives and problems of harmonizing energy legislation of Ukraine with the European Union standards. Economics ‒ innovation and economics research. Vol. 5 (2). 33-46.
3. Komelina, O.V., Samoilenko, I.O. (2018). Upravlinnia enerhoefektyvnistiu pidrpyiemstv [Management of energy efficiency of enterprises]. Poltava: Pusan A.F.
4. Asotsiatsiia “Enerhoefektyvni mista Ukrainy” [Association "Energy-efficient cities of Ukraine"]. Retrieved from http://enefcities.org.ua/novyny/ekspertnyy-oglyad-programnogozabezpechennya-dlya-energomonitoryngu-ta-energomenedjmentu/.
5. Tormosov, R.Yu., Skochko, V.I., Zherdytskyi, R.V., USAID (United States Agency for International Development) vid Amerykanskoho narodu. (2016). Osnovni polozhennia roboty v rozrakhunkovii programi PRAIR: The Program for Ranking and Analysis of Investment Projects: praktychnyi posibnyk iz pytan rozrobky ta vprovadzhennia Planiv dii zi staloho enerhetychnoho rozvutku dlia fakhivtsiv komunalnykh pidpruiemstv ta miskykh administratsii [The main provisions of the work in the PRAIR calculation program: The Program for Ranking and Analysis of Investment Projects:a practical guide on the development and implementation of Sustainable Energy Development Action Plans for specialists in municipal enterprises and city administrations]. Kyiv: Polihraf plius.
6. Shovkaliuk, Yu.V. (2018). Instrumenty i metody dlia pidvyshchennia enerhoefektyvnosti budivelnoho fondu [Tools and methods for increasing the energy efficiency of the construction fund]. Molodyi vchenyi, (1(2)), 573-574.
7. ISO 50001:2018 «Energy management systems – Requirements with guidance for use» (2018). International Organization for Standartization. Geneva, Switzerlan. Retrieved from http: https://www.iso.org/obp/ui#iso:std:iso:50001:ed-2:v1:en
8. Enerhoaudyt ta enerhomenedzhment v proektakh staloho rozvytku [Energy audit and energy management in sustainable development projects]. Retrieved from http://cba.org.ua/images/MANUALS/EE_manual.pdf
9. Chupryna, Yu.A. (2014). Orhanizatsiia systemy enerhomenedzhmenta dlia zhytlovoho sektora na osnovi mizhnarodnoho standartu yakosti [Organization of the energy management system for the residential sector on the basis of the international quality standard]. Upravlinnia rozvytkom skladnykh system, (19), 128-134.
10. Inshekov, Ye.M., Nikitin, Ye.Ye., Tarnovskyi, M.V., Cherniavskyi, A.V. (2014). [Manual on municipal energy management]. Kyiv: Polihraf plius.
11. Kataieva, Ye.Yu., Nychyporuk, N.S. (2011). Otsiniuvannia efektyvnosti prohramnoho zabezpechennia na prykladi avtomatyzovanoi informatsiinoi systemy “Ekipazh” [Evaluating the effectiveness of software on an example of an automated information system “Ekipazh”]. Upravlinnia rozvytkom skladnykh system, (8), 107-110.
12. DSTU ІS0/ІЕС 9126-1:2013 (ІS0/ІЕС 9126-1:2001, IDТ) Natsionalnyi standart Ukrainy. Programna inzheneriia. Yakist produktu. Chastyna 1. Model yakosti. [National standard of Ukraine. Software Engineering. Product quality. Part 1. Model of quality]. Retrieved from http://metrology.com.ua/download/iso-iec-ohsas-i-dr/87-eea/859-dstu-is0-ies-9126-1-2013.
13. Sait kompanii IT-Menedzhment [Company web site IT Management]. Retrieved from http://energyplan.com.ua. 
14. Sait kompanii Envidates GmbH [Company web site Envidates GmbH]. Retrieved from http://www.envidatec.com.
15. Sait rozrobnykiv programnogo produktu Enerhobalans [Site of developers of the software Energobalans]. Retrieved from http://www.energobalans.com.
16. Sait kompanii FIATU [Company web site FIATU]. Retrieved from https://www.fiatu.com.ua/it-technology/e_monitoring/.
17. Sait rozrobnykiv prohramnoho produktuuMuni [Site of developers of the software uMuni]. Retrieved from https://umuni.com.
18. Sait rozrobnykiv prohramnoho produktu EMANAGEMENT24 [Site of developers of the software EMANAGEMENT24]. Retrieved from https://emanagement24.com.
19. Sait rozrobnykiv prohramnoho produktu AIS “Enerhoservis: oblik, kontrol, ekonomiia” [Site of developers of the softwareAIS "Energoservis: Accounting, Control, Savings"]. Retrieved from http://promo.energoservic.com.
20. Sait rozrobnykiv prohramnoho produktu ASEM [Site of developers of the software ASEM]. Retrieved from https://asem.com.ua.
21. Web site Natural Resources Canada. Retrieved from https://www.nrcan.gc.ca/energy/software-tools/7465.
22. Sait kompanii ENSI [Company web site ENSI]. Retrieved from http://www.ensi.no/index.php?ledd2ID=140&sideID=277.
23. Malinovskyi, A.A., Turkovskyi, V.H., Pokrovskyi, K.B., Muzychak, A.Z. (2018). Prohramna ta alhorytmichna pidtrumka enerhetychnogo audytu budivel ta ikh enerhetychnoi sertyfikatsii [Software and algorithmic support for energy audit of buildings and their energy certification]. Enerhetyka: ekonomika, tekhnolohii, ekolohiia, (2(52)), 96-102.