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Heat supply to settlements: number of sources

· dynamics annual · rows: 21 · periods: 6 · section: Housing (в России 2022)

The number of heat supply sources in the country's settlements was recorded from 2015 to 2021. The indicator is divided into three main categories: total for all territories, urban areas, and rural areas. This provides an overview of heat supply and shows the distribution of infrastructure between urban and rural areas. All values are in thousands. The annual dynamics cover a seven-year period and are based on Rosstat data on housing

0 20 40 60 80 100 2015 2017 2018 2019 2020 2021
how it will look
Number of heat supply sources…Number of heat supply sources, thousand Number of heat supply sources…Number of heat supply sources, thousand — in urban areas Number of heat supply sources…Number of heat supply sources, thousand — in rural areas Number of heat supply sources…Number of heat supply sources, thousand — Share of heat supply sources with capacity up to 3 Gcal/hour in total number of heat supply sources, percent Number of heat supply sources…Number of heat supply sources, thousand — in urban areas Number of heat supply sources…Number of heat supply sources, thousand — in rural areas Number of heat supply sources…Number of heat supply sources, thousand — Total capacity of heat supply sources, thousand Gcal/hour Total capacity of heat supply…Total capacity of heat supply sources, thousand Gcal/hour — in urban areas Total capacity of heat supply…Total capacity of heat supply sources, thousand Gcal/hour — in rural areas Total capacity of heat supply…Total capacity of heat supply sources, thousand Gcal/hour — Length of heating and steam networks in two-pipe equivalent — total, km Total capacity of heat supply…Total capacity of heat supply sources, thousand Gcal/hour — in urban areas Total capacity of heat supply…Total capacity of heat supply sources, thousand Gcal/hour — in rural areas 2015 2021

Who grew, who fell: 2015 → 2021

unchanged Total capacity of heat supply sources, thousand Gcal/hour — in urban areas · 2021: 42,328 · 2015: 41,142 · +1,186 Total capacity of… — in urban areasTotal capacity of heat supply sources, thousand Gcal/hour — in urban areas +1,186 Total capacity of heat supply sources, thousand Gcal/hour — Length of heating and steam networks in two-pipe equivalent requiring replacement — total, km · 2021: 50,350 · 2015: 49,853 · +497.8 Total capacity of… replacement — total, kmTotal capacity of heat supply sources, thousand Gcal/hour — Length of heating and steam networks in two-pipe equivalent requiring replacement — total, km +497.8 Number of heat supply sources, thousand — in rural areas · 2021: 46.7 · 2015: 44.3 · +2.40 Number of heat… — in rural areasNumber of heat supply sources, thousand — in rural areas +2.40 Total capacity of heat supply sources, thousand Gcal/hour — in urban areas · 2021: 12.4 · 2015: 10.9 · +1.50 Total capacity of… — in urban areasTotal capacity of heat supply sources, thousand Gcal/hour — in urban areas +1.50 Total capacity of heat supply sources, thousand Gcal/hour — Share of heat energy losses in total heat supplied to the network, percent · 2021: 12.5 · 2015: 11.1 · +1.40 Total capacity of… the network, percentTotal capacity of heat supply sources, thousand Gcal/hour — Share of heat energy losses in total heat supplied to the network, percent +1.40 Number of heat supply sources, thousand · 2021: 77.1 · 2015: 76.0 · +1.10 Number of heat supply sources, thousand +1.10 Total capacity of heat supply sources, thousand Gcal/hour — in rural areas · 2021: 14.8 · 2015: 13.8 · +1.00 Total capacity of… — in rural areasTotal capacity of heat supply sources, thousand Gcal/hour — in rural areas +1.00 Number of heat supply sources, thousand — Share of heat supply sources with capacity up to 3 Gcal/hour in total number of heat supply sources, percent · 2021: 77.0 · 2015: 77.0 · +0 Number of heat… sources, percentNumber of heat supply sources, thousand — Share of heat supply sources with capacity up to 3 Gcal/hour in total number of heat supply sources, percent +0 Number of heat supply sources, thousand — in rural areas · 2021: 88.0 · 2015: 88.0 · +0 Number of heat… — in rural areasNumber of heat supply sources, thousand — in rural areas +0 Number of heat supply sources, thousand — in urban areas · 2021: 30.4 · 2015: 31.7 · −1.30 Number of heat… — in urban areasNumber of heat supply sources, thousand — in urban areas −1.30 Number of heat supply sources, thousand — in urban areas · 2021: 60.0 · 2015: 62.0 · −2.00 Number of heat… — in urban areasNumber of heat supply sources, thousand — in urban areas −2.00 Total capacity of heat supply sources, thousand Gcal/hour — in rural areas · 2021: 67.5 · 2015: 74.9 · −7.40 Total capacity of… — in rural areasTotal capacity of heat supply sources, thousand Gcal/hour — in rural areas −7.40 Total capacity of heat supply sources, thousand Gcal/hour — in urban areas · 2021: 501.7 · 2015: 534.4 · −32.7 Total capacity of… — in urban areasTotal capacity of heat supply sources, thousand Gcal/hour — in urban areas −32.7 Number of heat supply sources, thousand — Total capacity of heat supply sources, thousand Gcal/hour · 2021: 569.2 · 2015: 609.2 · −40.0 Number of heat… thousand Gcal/hourNumber of heat supply sources, thousand — Total capacity of heat supply sources, thousand Gcal/hour −40.0 Total capacity of heat supply sources, thousand Gcal/hour — in urban areas · 2021: 3,542 · 2015: 3,819 · −277.0 Total capacity of… — in urban areasTotal capacity of heat supply sources, thousand Gcal/hour — in urban areas −277.0 Total capacity of heat supply sources, thousand Gcal/hour — in rural areas · 2021: 8,022 · 2015: 8,711 · −688.5 Total capacity of… — in rural areasTotal capacity of heat supply sources, thousand Gcal/hour — in rural areas −688.5 Total capacity of heat supply sources, thousand Gcal/hour — in rural areas · 2021: 1,227 · 2015: 1,980 · −753.0 Total capacity of… — in rural areasTotal capacity of heat supply sources, thousand Gcal/hour — in rural areas −753.0 Total capacity of heat supply sources, thousand Gcal/hour — in rural areas · 2021: 32,071 · 2015: 33,043 · −972.0 Total capacity of… — in rural areasTotal capacity of heat supply sources, thousand Gcal/hour — in rural areas −972.0 Total capacity of heat supply sources, thousand Gcal/hour — Number of accidents at heat supply sources, steam and heating networks — total · 2021: 4,769 · 2015: 5,799 · −1,030 Total capacity of… networks — totalTotal capacity of heat supply sources, thousand Gcal/hour — Number of accidents at heat supply sources, steam and heating networks — total −1,030 Total capacity of heat supply sources, thousand Gcal/hour — in urban areas · 2021: 134,678 · 2015: 138,406 · −3,728 Total capacity of… — in urban areasTotal capacity of heat supply sources, thousand Gcal/hour — in urban areas −3,728 Total capacity of heat supply sources, thousand Gcal/hour — Length of heating and steam networks in two-pipe equivalent — total, km · 2021: 166,749 · 2015: 171,448 · −4,700 Total capacity of… equivalent — total, kmTotal capacity of heat supply sources, thousand Gcal/hour — Length of heating and steam networks in two-pipe equivalent — total, km −4,700

Set in numbers

The table holds 21 series, running from 2015 to 2021, 6 reporting periods. 126 values in total.

“Number of heat supply sources, thousand” rose by 1.4% between 2015 and 2021, from 76 to 77.1. The highest value in the series is 77.3 in 2020.

All table numbers are series: 21
Series 201520172018201920202021
Число источников теплоснабжения, тыс. 76,00 74,90 74,80 76,70 77,30 77,10
Число источников теплоснабжения, тыс. — в городской местности 31,70 31,50 31,80 30,10 30,30 30,40
Число источников теплоснабжения, тыс. — в сельской местности 44,30 43,40 43,00 46,60 46,90 46,70
Число источников теплоснабжения, тыс. — Удельный вес источников теплоснабжения мощностью до 3 Гкал/час в общем числе источников теплоснабжения, процентов 77,00 78,00 77,00 77,00 77,00 77,00
Число источников теплоснабжения, тыс. — в городской местности 62,00 62,00 62,00 60,00 60,00 60,00
Число источников теплоснабжения, тыс. — в сельской местности 88,00 89,00 89,00 88,00 88,00 88,00
Число источников теплоснабжения, тыс. — Суммарная мощность источников теплоснабжения, тыс. Гкал/час 609,20 587,90 582,10 583,00 570,30 569,20
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в городской местности 534,40 514,70 512,50 510,70 500,70 501,70
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в сельской местности 74,90 73,20 69,70 72,30 69,60 67,50
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — Протяженность тепловых и паровых сетей в двухтрубном исчилении – всего, км 171 448,40 169 456,00 168 342,10 168 308,60 167 393,90 166 748,50
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в городской местности 138 405,60 136 845,80 136 245,70 135 625,80 134 843,90 134 677,80
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в сельской местности 33 042,80 32 610,20 32 096,50 32 682,80 32 550,00 32 070,80
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — Протяженность тепловых и паровых сетей в двухтрубном исчилении, нуждающихся в замене - всего, км 49 852,60 49 562,40 48 700,70 51 579,30 51 506,40 50 350,40
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в городской местности 41 141,80 40 900,10 40 351,50 43 208,70 43 340,10 42 328,00
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в сельской местности 8 710,80 8 662,30 8 349,20 8 370,60 8 166,20 8 022,30
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — Число аварий на источниках теплоснабжения, паровых и тепловых сетях – всего 5 799,00 5 055,00 4 312,00 4 803,00 4 416,00 4 769,00
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в городской местности 3 819,00 3 624,00 3 172,00 3 481,00 3 316,00 3 542,00
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в сельской местности 1 980,00 1 431,00 1 140,00 1 322,00 1 100,00 1 227,00
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — Удельный вес потерь тепловой энергии в общем количестве поданного в сеть тепла, процентов 11,10 11,20 12,50 11,80 12,30 12,50
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в городской местности 10,90 11,00 12,40 11,70 12,10 12,40
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в сельской местности 13,80 14,20 14,60 13,60 14,50 14,80

How to read this table

Comparing rows in this table allows for assessing the gap between urban and rural heat supply. The total figure shows the overall system capacity, while detailed rows by locality type reveal the distribution structure of heat sources. It is possible to compare changes in the number of facilities in urban areas relative to rural areas over the specified years. As data is provided in thousands, the differences between categories are clearly visible when analyzing the structure of Russia's housing sector during the period

What is visible in these numbers

“Total capacity of heat supply sources, thousand Gcal/hour — Length of heating and steam networks in two-pipe equivalent — total, km” leads the table with 166,749, “Total capacity of heat supply sources, thousand Gcal/hour — in urban areas” closes it with 12.4. The gap between them is 13,447-fold.

The same indicator for other periods

These series cannot be stitched together Over the common period 2015 values diverge — Rosstat recalculated the indicator using a revised methodology. They cannot be combined into a single chart: a break would appear at the junction, which did not actually occur

Indicator for 2015 herein the adjacent seriesdivergence
Число источников теплоснабжения, тыс. 76,0 76,0 +0,0
Число источников теплоснабжения, тыс. — в городской местности 31,7 62,0 +30,3
Число источников теплоснабжения, тыс. — в сельской местности 44,3 88,0 +43,7
Число источников теплоснабжения, тыс. — Удельный вес источников теплоснабжения мощностью до 3 Гкал/час в общем числе источников теплоснабжения, процентов 77,0 77,0 +0,0
Число источников теплоснабжения, тыс. — в городской местности 62,0 62,0 +0,0
Число источников теплоснабжения, тыс. — в сельской местности 88,0 88,0 +0,0
Число источников теплоснабжения, тыс. — Суммарная мощность источников теплоснабжения, тыс. Гкал/час 609,2 609,2 +0,0
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в городской местности 534,4 10,9 −523,5
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в сельской местности 74,9 13,8 −61,1
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в городской местности 138 405,6 10,9 −138 394,7
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в сельской местности 33 042,8 13,8 −33 029,0
Суммарная мощность источников теплоснабжения, тыс. Гкал/час — в городской местности 41 141,8 10,9 −41 130,9

More in the section Housing»

Period and application

The statistics cover the period from 2015 to 2021 and are updated as Rosstat publishes final reports on housing. This information is useful for utility specialists, urban planners, and infrastructure researchers. Data on the number of heat sources helps analyze the technical capacity of regions and assess the overall scale of heat supply in the country. Such data serves as a basis for studying the development of utility networks in urban and rural areas

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