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Total capacity of heat supply sources in the Arctic zone, 2021–2023

· dynamics annual · rows: 11 · periods: 3 · section: publications of official statistical information on socio-economic development

Total boiler plant capacity in the land territories of the Arctic Zone of the Russian Federation for 2021–2023 is presented in eleven rows. Each row represents a separate territory or region, allowing for comparison of heat supply levels across different Arctic constituent entities. The indicator is measured in Gcal/h and covers only land areas, excluding offshore facilities

5,000 10,000 15,000 20,000 25,000 30,000 2021 2022 2023
how it will look

Chart of total boiler plant capacity in the Arctic Zone by year, 2021–2023, Gcal/h

Dry land territories of the R…Dry land territories of the Russian Arctic Zone Murmansk Region Yamalo-Nenets Autonomous Okrug Chukotka Autonomous Okrug Arkhangelsk Region Nenets Autonomous Okrug Republic of Karelia Republic of Komi Krasnoyarsk Territory Republic of Sakha (Yakutia) For reference: Russian Federa…For reference: Russian Federation 2021 2023

Who grew, who fell: 2021 → 2023

unchanged For reference: Russian Federation · 2023: 571,355 · 2021: 569,672 · +1,683 For reference: Russian Federation +1,683 Krasnoyarsk Territory · 2023: 6,782 · 2021: 6,496 · +286.3 Krasnoyarsk Territory +286.3 Yamalo-Nenets Autonomous Okrug · 2023: 5,245 · 2021: 5,187 · +58.3 Yamalo-Nenets Autonomous Okrug +58.3 Dry land territories of the Russian Arctic Zone · 2023: 26,776 · 2021: 26,755 · +21.3 Dry land territori… Russian Arctic ZoneDry land territories of the Russian Arctic Zone +21.3 Nenets Autonomous Okrug · 2023: 233.4 · 2021: 220.6 · +12.8 Nenets Autonomous Okrug +12.8 Republic of Karelia · 2023: 982.7 · 2021: 970.8 · +11.9 Republic of Karelia +11.9 Arkhangelsk Region · 2023: 5,040 · 2021: 5,033 · +7.18 Arkhangelsk Region +7.18 Chukotka Autonomous Okrug · 2023: 760.8 · 2021: 760.3 · +0.49 Chukotka Autonomous Okrug +0.49 Republic of Sakha (Yakutia) · 2023: 878.3 · 2021: 907.4 · −29.1 Republic of Sakha (Yakutia) −29.1 Republic of Komi · 2023: 1,668 · 2021: 1,818 · −150.1 Republic of Komi −150.1 Murmansk Region · 2023: 5,419 · 2021: 5,583 · −163.8 Murmansk Region −163.8

Set in numbers

11 series are published here, from 2021 to 2023, 3 reporting periods. 33 values in total.

“Dry land territories of the Russian Arctic Zone” barely moved over the period — 26,755 in 2021, 26,776 in 2023.

All table numbers are series: 11

How to read this table

Rows are categorized by territory: Murmansk Oblast, Yamalo-Nenets Autonomous Okrug, and aggregate data for all land territories of the Arctic Zone are provided. These rows allow for comparing each region's contribution to the total heat supply capacity and viewing resource distribution. Comparing regions helps identify where the main boiler plant capacities are concentrated

What is visible in these numbers

The largest value belongs to “For reference: Russian Federation” — 571,355; the smallest is “Nenets Autonomous Okrug” at 233. The gap between them is 2,448-fold.

The same indicator for other periods

These series cannot be stitched together Over the common period 2021 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 2021 herein the adjacent seriesdivergence
Сухопутные территории Арктической зоны Российской Федерации 26 754,7 26 826,3 +71,5
Мурманская область 5 582,7 5 582,7 +0,0
Ямало-Ненецкий автономный округ 5 187,2 5 187,2 +0,0
Чукотский автономный округ 760,3 831,8 +71,5
Архангельская область 5 032,6 5 032,6 +0,0
Ненецкий автономный округ 220,6 220,6 +0,0
Республика Карелия 970,8 970,8 +0,0
Республика Коми 1 817,9 1 817,9 +0,0
Красноярский край 6 496,0 6 496,0 +0,0
Республика Саха (Якутия) 907,4 907,4 +0,0
Справочно: Российская Федерация 569 672,4 569 290,8 −381,6

More in the section publications of official statistical information on socio-economic development»

Period and application

Annual dynamics of the indicator over three years is available for digital analysis. Statistics are published as part of official reports on the country's socio-economic development. The information is useful for utility specialists, energy infrastructure planners, and researchers of northern regions

Показывается тепловая мощность источников теплоснабжения (котельных, когенерационных установок тепловой и электрической энергии,электробойлерных и прочих источников теплоснабжения) по состоянию на конец отчетного года, которая определяется по сумме номинальных паспортных мощностей всех установленных в них котлов (энергоустановок) и показывается в гигакал/час.