Savin K.N., Sheps R.A., Agafonov M.V.Published in:
Russian Journal of Housing Research
– Volume 6, Number 3 (July-September 2019)

JEL classification: L97, Q41, Q49

Keywords: apartment heating, economy housing, heat loss, housing, individual heating, thermal conductivity, thermal physics


Share:

Abstract:

The article discusses in detail the issue of heat loss of residential premises with individual apartment heating. The paper calculates the value of costs in violation of thermal conditions in apartment buildings. Calculations of heat loss are carried out according to known dependencies based on the difference in temperature, properties and area of the fence, and the monetary equivalent is calculated based on the cost of gas for Voronezh. The results of the study should be taken into account when designing walling in houses with apartment heating, the development of regulatory documents and tariff regulation.

---

References:
(2004). SP 23-101-2004. Svod pravil «Proektirovanie teplovoy zaschity zdaniy» [SP 23-101-2004. A set of rules "Design of thermal protection of buildings”] M.. (in Russian).
(2012). SP 50.13330.2012. Svod pravil «Teplovaya zaschita zdaniy». Aktualizirovannaya redaktsiya SNiP 23-02-2003 [SP 50.13330.2012. A set of rules called "Thermal protection of buildings”. The updated edition of SNiP 23-02-2003] M.. (in Russian).
Bilflova B.B., Khusainova N.T. (2016). Avtomatizatsiya kollektornoy sistemy otopleniya v mnogokvartirnom dome na baze mikrokontrollera Arduino [Automation manifold of the heating system in an apartment house on the basis of the Arduino microcontroller] Information technology. 87. (in Russian).
Bychkovskiy I.A., Surnov G.S., Surnov S.I. (2013). Pokvartirnyy uchet potrebleniya teplovoy energii v mnogokvartirnom dome s vertikalnoy razvodkoy sistemy otopleniya [Per-apartment metering of heat consumption in an apartment house with vertical heating system]. Industrial and civil engineering. (2). 50-53. (in Russian).
Chayka V.A., Filimonova O.S. (2013). Formirovanie mikroklimata v zhilyh kvartirakh panelnyh zdaniy pri naruzhnom uteplenii fasada [Forming the microclimate in the appartments of panelhousebuilding by the warming of the outward facade]. Sovremennoe promyshlennoe i grazhdanskoe stroitelstvo. 9 (4). 231-239. (in Russian).
Davydov V.V., Aleksandrov V.P., Zhuravlev A.E., Aleksandrov A.V. (2016). K voprosu avtomatizatsii pokvartirnogo ucheta potreblyaemoy teplovoy energii [About automated account of consumed heat by flats]. Energetik. (12). 32-35. (in Russian).
Gabrielyan Sh.Zh., Minaev I.G., Papantseva E.I., Shatobin D.A. (2009). Kommercheskiy uchet teplovoy energii [Commercial accounting of thermal energy] Methods and technical means of improving efficiency in the use of electrical equipment in industry and agriculture. 159-161. (in Russian).
Gareev I.F., Shavshin M.A. (2019). Praktika vnedreniya meropriyatiy po energosberezheniyu i issledovanie eco-friendly povedeniya zhiteley mnogokvartirnyh domov [Practice of implementation of energy saving measures and study of eco-friendly behavior of residents of apartment buildings]. Russian Journal of Housing Research. 6 (1). 125-148. (in Russian). doi: 10.18334/zhs.6.1.40691.
Grechishkin A.V., Puchkov Yu.M (2018). Issledovanie mikroklimata i tekhnicheskogo sostoyaniya ograzhdayuschikh konstruktsiy mnogokvartirnyh domov s individualnym otopleniem [Research of the microclimate and the technical condition of fencing constructions of multi-quarter houses with individual heating]. Education and science in the modern world. Innovations. (3(16)). 204-210. (in Russian).
Lukienko L.V., Gvozdeva D.A. (2018). Obosnovanie effektivnosti primeneniya individualnogo otopleniya [The rationale and effectiveness of using individual heating] Best research paper 2018. 55-57. (in Russian).
Mironov A.S. (2013). Individualnyy (Pokvartirnyy) uchet i regulirovanie tepla v zhilyh zdaniyakh [Individual (flat) registration and control of the heat in residential buildings]. Novyy universitet. Seriya: Tekhnicheskie nauki. (1(11)). 53-56. (in Russian).
Nikitina S.V. (2014). Individualnyy uchet teplovoy energii v zdaniyakh s vertikalnoy razvodkoy sistem otopleniya [Individual metering of heat energy in buildings with vertical distributing heating systems]. Zakonodatelnaya i prikladnaya metrologiya. (5(132)). 31-34. (in Russian).
Prizhizhetskiy S.I., Granovskiy V.L., Nikitina S.V. (2003). Individualnyy uchet raskhoda tepla v sistemakh otopleniya [Individual metering of heat in heating systems]. Industrial and civil engineering. 24-25. (in Russian).
Solovyov E.A. (2017). Sravnitelnyy raschet ekonomicheskikh pokazateley pri perekhode s sistemy tsentralnogo otopleniya na individualnye teplovye punkty [Comparative calculation of economic performance in the transition from Central heating systems to individual heating units] Conservation, science and education. 776-780. (in Russian).
Svistunov A.V., Kurkina A.D. (2018). Razvitie gosudarstvenno-chastnogo partnerstva na osnove kontsessiy v sfere teplosnabzheniya zhilogo fonda v interesakh potrebitelya [Development of public-private partnership on the basis of concessions in the sphere of housing heat supply for consumer]. Russian Journal of Housing Research. 5 (1). 79-94. (in Russian). doi: 10.18334/zhs.5.1.39023.
Zimakov A.V. (2018). Opyt Shvetsii po ekologizatsii sistemy gorodskogo tsentralnogo teplosnabzheniya na primere TETs «Vyartaverket» [Swedish experience in the greening of the urban district heating system on the example of thermal power station "Värtaverket"]. Russian Journal of Housing Research. 5 (3). 383-398. (in Russian). doi: 10.18334/zhs.5.3.39382.