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Total capacity of heat supply sources in the Arctic, 2020–2021

· dynamics annual · rows: 11 · periods: 2 · section: publications of official statistical information on socio-economic development

Total capacity of heat supply sources, specifically boiler plants, in the land territories of the Arctic Zone of the Russian Federation is provided here for 2020 and 2021. The eleven rows of the table distribute this data by specific regions, including the Murmansk Oblast and the Yamalo-Nenets Autonomous Okrug. The indicator is measured in gigacalories per hour, providing an overview of the scale of thermal generation in each constituent entity of the Arctic and how this resource changed over the two-year period

Chart of total boiler plant capacity by territories of the Arctic Zone of the RF for 2020–2021, Gcal/h

unchanged Arkhangelsk Region · 2021: 5,033 · 2020: 4,998 · +34.9 Arkhangelsk Region +34.9 Republic of Komi · 2021: 1,818 · 2020: 1,787 · +30.8 Republic of Komi +30.8 Republic of Sakha (Yakutia) · 2021: 907.4 · 2020: 897.1 · +10.3 Republic of Sakha (Yakutia) +10.3 Dry land territories of the Russian Arctic Zone · 2021: 26,826 · 2020: 26,819 · +7.22 Dry land territori… Russian Arctic ZoneDry land territories of the Russian Arctic Zone +7.22 Nenets Autonomous Okrug · 2021: 220.6 · 2020: 216.9 · +3.78 Nenets Autonomous Okrug +3.78 Chukotka Autonomous Okrug · 2021: 831.8 · 2020: 831.8 · +0 Chukotka Autonomous Okrug +0 Republic of Karelia · 2021: 970.8 · 2020: 975.6 · −4.82 Republic of Karelia −4.82 Krasnoyarsk Territory · 2021: 6,496 · 2020: 6,512 · −15.6 Krasnoyarsk Territory −15.6 Yamalo-Nenets Autonomous Okrug · 2021: 5,187 · 2020: 5,208 · −20.7 Yamalo-Nenets Autonomous Okrug −20.7 Murmansk Region · 2021: 5,583 · 2020: 5,610 · −27.7 Murmansk Region −27.7 For reference: Russian Federation · 2021: 569,291 · 2020: 570,302 · −1,012 For reference: Russian Federation −1,012
how it will look

Set in numbers

11 series are published here, from 2020 to 2021, 2 reporting periods. 22 values in total.

“Dry land territories of the Russian Arctic Zone” barely moved over the period — 26,819 in 2020, 26,826 in 2021.

All table numbers are series: 11

How to read this table

The eleven rows in the table are divided by territory, allowing for a comparison of boiler plant capacity in different parts of the Arctic Zone. One can compare both the indicators of a specific region over two years and the volumes of thermal energy produced in various oblasts and okrugs. For example, one can see how heat supply capacity changed in the land territories of the Arctic Zone as a whole by comparing the 2020 total of 26819.03 gigacalories per hour with the 2021 value of 26826.25 gigacalories per hour

What is visible in these numbers

The largest value belongs to “For reference: Russian Federation” — 569,291; the smallest is “Nenets Autonomous Okrug” at 221. The gap between them is 2,580-fold.

The same indicator for other periods

These series cannot be stitched together Over the common period 2020 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 2020 herein the adjacent seriesdivergence
Сухопутные территории Арктической зоны Российской Федерации 26 819,0 26 819,0 +0,0
Мурманская область 5 610,5 5 610,5 +0,0
Ямало-Ненецкий автономный округ 5 207,8 5 207,8 +0,0
Чукотский автономный округ 831,8 831,8 +0,0
Архангельская область 4 997,7 4 997,7 +0,0
Ненецкий автономный округ 216,9 216,9 +0,0
Республика Карелия 975,6 975,6 +0,0
Республика Коми 1 787,1 1 787,1 +0,0
Красноярский край 6 511,5 6 511,5 +0,0
Республика Саха (Якутия) 897,1 897,1 +0,0
Справочно: Российская Федерация 570 302,5 575 708,6 +5 406,1

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

Period and application

The data covers the period from 2020 to 2021 and is compiled based on official Rosstat reporting. Information is updated as new statistical data on the socio-economic development of the regions is published. This table will be useful to utility energy specialists, researchers of northern territories, and anyone analyzing the infrastructural development of the Arctic Zone of the Russian Federation and its thermal energy potential

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.