Abstract
The consumer of energy resources is a key recipient of the energy system. It is the consumer who gets socio-economic effect derived from the built-up efficient functioning of the whole energy system. One of the ways to improve the efficiency of the power system in terms of heat supply is to modernize the hot water system, as the most troublesome area. The preparation of hot water by automated individual heating point (IHP) has shown its effectiveness for consumers of heat resources. The challenging task is to find out how this modernization method influences heat supply sources. The article deals with the question of efficiency of heat supply sources in Kazan after the modernization of hot water supply systems by providing automated individual thermal points of apartment buildings the function to prepare hot water with the subsequent liquidation of central heating system (CHS), as well as the elimination of hot water supply (HWS) networks.
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References
Zvonareva, Yu.N., Vankov, Yu.V.: The functioning of a heat supply system during the phased introduction of automated individual heat centers. News of universities. Problems Energy B19(1–2), 164–169 (2017)
Vankov, Yu.V., Zapolskaya, I.N., Izmaylova, E.V., et al.: Reduction of heat losses of the energy supplying organization by modernization of hot water supply systems. Bulletin Kazan State Power Eng. Univ. B4, 13–24 (2018)
Zapolskaya, I.N., Vankov, Yu.V., Ziganshin, S., et al.: Reduction of heat losses of the energy supplying organization by modernization of hot water supply systems. Bulletin Kazan State Power Eng. Univ. B4(36), 54–64 (2017)
The scheme of heat supply of the municipal entity of the city of Kazan up to year 2033. Kazan State Power Engineering University, Kazan (2017)
Aksenov, M.A.: Heating Network. Energy, Moscow (1965)
Zapolskaya, I.N., Vankov, Yu.V., Zverev, O.I., et al.: The impact of the transition of hot water “preparation” by means of individual heating stations on the Kazan energy system. In: E3S Web of Conferences, vol. 124, pp. 124–130 (2019)
Zhukov, V.K.: Economic efficiency of the mass introduction of individual thermal centers in the city of Elabuga. Energy Council B5(36), 36–37 (2014)
The Order of the Ministry of Energy of Russia N 209 dated June 19 2003. On Approval of the rules for technical operation of power stations and networks of the Russian Federation. Ministry of Energy, Moscow (2003)
The Resolution of the Government of the Russian Federation N 529 dated August 31 2006. On improving the functioning of the wholesale market of electric energy (power). Government of Russian Federation, Moscow (2006)
Semenov, V.G., Baron Talk, V.G.: Individual thermal points of the new generation. Energy Saving B7, 30–37 (2017)
Orekhov, V.N.: Indicators of quality of heat supply. News Heat Supply B5, 141 (2012)
Vankov, Yu.V., Zapolskaya, I.N., Izmaylova, E.V., et al.: Reduction of energy consumption in the transition to hot water from individual heating points. Bulletin Kazan State Power Eng. Univ. B1, 19–27 (2019)
Sharapov, V.I., Yamleev, E.U.: The techniques of protecting net and make-up water from aeration. News Heat Supply 176 (2012)
Yakovlev, B.V.: Improving the efficiency of district heating introduction and heating supply systems. Heat Supply News, Moscow (2008)
Teekaram, A., Palmer, A.: Variable-flow water systems. Design, installation and commissioning guidance. BSRIA, Bracknell (2002)
Zhang, X., Yu, S., Yu, M., et al.: Experimental research on condensing heat recovery using phase change material. Appl. Therm. Eng. 17(17–18), 3736–3740 (2011)
Yi, X., Lee, W.L.: The use of helical heat exchanger for heat recovery domes-tic water-cooled air conditioners. Energy Convers. Manag. 50(2), 240–246 (2009)
Livchak, V.I., Zabegin, A.D.: Overcoming the gap between energy saving policy and real economy of energy resources. Energy Saving 4, 52–67 (2011)
Stennikov, V.A., Penkovsky, A.V.: Heat supply of consumers in the market conditions: current state and development trends. ECO 3, 8–20 (2019)
Rozhkov, R.Yu.: Management of the heat supply regime in the zone of operational responsibility of JSC “heat network of Saint Petersburg.” Heat Supply News 1(137), 43–45 (2012)
Bashmakov, I.A.: Analysis of the main trends in the development of heat supply systems in Russia and abroad. J. Energy Policy 2, 10–25 (2009)
Zvonareva, Yu.N., Vankov, Yu.V.: The work of heat supply system in a phased implementation of automated individual heating stations. News of higher educational institutions. Energy Probl. 19(1–2), 31–40 (2017)
Byun, S.: Study on the optimal heat supply control algorithm for district heating distribution network in response to outdoor air temperature. Energy 247–256 (2015)
Zvonareva, Yu.N., Vankov, Yu.V., Shlychkov, V.V.: Commercial effectiveness assessment of implementation the energy efficiency raising of the building project due to introduction of automatic heat consumption control. In: SHS Web of Conferences, vol. 35, p. 01124 (2017)
Makarenya, T.A.: Stash tariff system for services of housing and communal services. Engineering bulletin of the don 3 (2013)
Tatenergo: The program of energy saving and energy efficiency increase of JSC “Tatenergo” for the period 2015–2019 (2014). https://www.tatenergo.ru. Accessed 7 Feb 2020
Russia in numbers (2016). https://www.gks.ru. Accessed 12 Mar 2020
Tatenergo: Strategy of JSC Tatenergo until 2035 (2019). https://www.tatenergo.ru. Accessed 8 Dec 2019
Ministry of Energy: Heat-power engineering and centralized heat supply in Russia in 2012–2013 (2012). https://minenergo.gov.ru. Accessed 12 Nov 2019
Ministry of Energy: Heat-power engineering and centralized heat supply in Russia in 2014 (2014). https://minenergo.gov.ru. Accessed 29 Jan 2020
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Zapolskaya, I.N., Vankov, Y.V., Zvonareva, Y.N. (2021). The Impact of the Transition of Hot Water “Preparation” by Means of Automated Individual Heating Points on the Efficiency of Heat Supply Sources in Kazan. In: Radionov, A.A., Gasiyarov, V.R. (eds) Advances in Automation II. RusAutoCon 2020. Lecture Notes in Electrical Engineering, vol 729. Springer, Cham. https://doi.org/10.1007/978-3-030-71119-1_8
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