Avoided use of fossil energy and emission of CO2

Avoided use of fossil energy and emission of CO2

Energy sources/techniques Energy application Periods Avoided use of fossil energy Avoided energy (TJ) Avoided carbon dioxide emission (CO2) Avoided emission (kton)
Total energy sources Total energy applications 2023* 530,942 34,440
Total energy sources Electricity 2023* 435,443 28,527
Total energy sources Heat 2023* 68,265 3,781
Total energy sources Transport 2023* 27,233 2,132
Hydro power Total energy applications 2023* 687 44
Hydro power Electricity 2023* 687 44
Hydro power Heat 2023*
Hydro power Transport 2023*
Wind energy, total Total energy applications 2023* 217,542 13,783
Wind energy, total Electricity 2023* 217,542 13,783
Wind energy, total Heat 2023*
Wind energy, total Transport 2023*
Wind energy on shore Total energy applications 2023* 128,182 8,122
Wind energy on shore Electricity 2023* 128,182 8,122
Wind energy on shore Heat 2023*
Wind energy on shore Transport 2023*
Wind energy off shore Total energy applications 2023* 89,360 5,662
Wind energy off shore Electricity 2023* 89,360 5,662
Wind energy off shore Heat 2023*
Wind energy off shore Transport 2023*
Solar energy Total energy applications 2023* 164,113 10,389
Solar energy Electricity 2023* 162,847 10,318
Solar energy Heat 2023* 1,266 72
Solar energy Transport 2023*
Solar photovoltaic Total energy applications 2023* 162,847 10,318
Solar photovoltaic Electricity 2023* 162,847 10,318
Solar photovoltaic Heat 2023*
Solar photovoltaic Transport 2023*
Solar thermal Total energy applications 2023* 1,266 72
Solar thermal Electricity 2023*
Solar thermal Heat 2023* 1,266 72
Solar thermal Transport 2023*
Total geothermal energy Total energy applications 2023* 12,305 665
Total geothermal energy Electricity 2023*
Total geothermal energy Heat 2023* 12,305 665
Total geothermal energy Transport 2023*
Deep geothermal heat Total energy applications 2023* 6,520 363
Deep geothermal heat Electricity 2023*
Deep geothermal heat Heat 2023* 6,520 363
Deep geothermal heat Transport 2023*
Total shallow geothermal energy Total energy applications 2023* 5,784 301
Total shallow geothermal energy Electricity 2023*
Total shallow geothermal energy Heat 2023* 5,784 301
Total shallow geothermal energy Transport 2023*
Shallow geothermal heat, total Total energy applications 2023* 4,481 219
Shallow geothermal heat, total Electricity 2023*
Shallow geothermal heat, total Heat 2023* 4,481 219
Shallow geothermal heat, total Transport 2023*
Shallow geothermal heat, heat pumps Total energy applications 2023* 4,291 208
Shallow geothermal heat, heat pumps Electricity 2023*
Shallow geothermal heat, heat pumps Heat 2023* 4,291 208
Shallow geothermal heat, heat pumps Transport 2023*
Shal geothermal heat, without heat pumps Total energy applications 2023* 190 11
Shal geothermal heat, without heat pumps Electricity 2023*
Shal geothermal heat, without heat pumps Heat 2023* 190 11
Shal geothermal heat, without heat pumps Transport 2023*
Shallow geothermal cold Total energy applications 2023* 1,304 83
Shallow geothermal cold Electricity 2023*
Shallow geothermal cold Heat 2023* 1,304 83
Shallow geothermal cold Transport 2023*
Aerothermal heat, total Total energy applications 2023* 5,730 138
Aerothermal heat, total Electricity 2023*
Aerothermal heat, total Heat 2023* 5,730 138
Aerothermal heat, total Transport 2023*
Total biomass Total energy applications 2023* 130,565 9,421
Total biomass Electricity 2023* 54,368 4,382
Total biomass Heat 2023* 48,964 2,907
Total biomass Transport 2023* 27,233 2,132
Municipal waste; renewable fraction Total energy applications 2023* 22,107 1,339
Municipal waste; renewable fraction Electricity 2023* 13,123 831
Municipal waste; renewable fraction Heat 2023* 8,984 508
Municipal waste; renewable fraction Transport 2023*
Co-firing of biomass in electr. plants Total energy applications 2023* 31,967 3,027
Co-firing of biomass in electr. plants Electricity 2023* 29,906 2,832
Co-firing of biomass in electr. plants Heat 2023* 2,061 195
Co-firing of biomass in electr. plants Transport 2023*
Total biomass households Total energy applications 2023* 11,600 655
Total biomass households Electricity 2023*
Total biomass households Heat 2023* 11,600 655
Total biomass households Transport 2023*
Biomass households, open fireplaces Total energy applications 2023* 180 10
Biomass households, open fireplaces Electricity 2023*
Biomass households, open fireplaces Heat 2023* 180 10
Biomass households, open fireplaces Transport 2023*
Biomass households, inserts Total energy applications 2023* 1,658 94
Biomass households, inserts Electricity 2023*
Biomass households, inserts Heat 2023* 1,658 94
Biomass households, inserts Transport 2023*
Biomass households, wood stoves Total energy applications 2023* 7,698 435
Biomass households, wood stoves Electricity 2023*
Biomass households, wood stoves Heat 2023* 7,698 435
Biomass households, wood stoves Transport 2023*
Biomass households, pellet stoves Total energy applications 2023* 2,064 117
Biomass households, pellet stoves Electricity 2023*
Biomass households, pellet stoves Heat 2023* 2,064 117
Biomass households, pellet stoves Transport 2023*
Biomass households, charcoal use Total energy applications 2023*
Biomass households, charcoal use Electricity 2023*
Biomass households, charcoal use Heat 2023*
Biomass households, charcoal use Transport 2023*
Source: CBS.
Explanation of symbols

Table explanation


The use of renewable energy avoids the use of fossil energy and as a consequence avoids emission of CO2. Renewable energy is energy from wind, hydro power, the sun, the earth, heat from outdoor air and biomass. This is energy from natural processes that is replenished constantly.

Figures are presented in an absolute way, as well as related to the total emission of carbon dioxide in the Netherlands.

Avoiding the use of fossil energy and avoiding emission of carbon dioxide are important underlying aims for stimulation of the use of renewable energy.

The figures are broken down into energy source/technique and into application (electricity, heat and transport).

From reporting year 2021, new sustainability criteria for solid and gaseous biomass will apply in the context of the EU Renewable Energy Directive (2018). Only solid and gaseous biomass compliant according to these criteria are used to determine the avoided use of fossil energy and emission of CO2 in 2021.
An exception applies to the biogas used for bio-methane production. The current methodology doesn’t discern sustainable from non-sustainable biogas used for bio-methane production. This differs from the methodology used for gross final energy consumption that is the basis of most statistics on renewable energy.


Data available from:
1990

Status of the figures:
This table contains definite figures up to and including 2021, revised provisional figures for 2022 and provisional figures for 2023.

Changes as of August 16th 2024
Figures have been added for 2023.

Since 2022, final energy consumption of bio jet kerosene is reported in the Netherlands. This bio jet kerosene is used by the (international) aviation sector, which is not included in the primary energy consumption. However, because international air traffic is considered in the calculation of the gross final energy consumption, which forms the basis for calculating the avoided energy consumption, bio jet kerosene has been added to this table. The figures on bio jet kerosene for 2022 will be included in the next update of this reporting year.

Due to the addition of bio-kerosene to this table, the calculation of the denominators has also been adjusted. The consumption and emissions of international air traffic are included in the denominators for the figures starting from 2023, in order to calculate the relative figures in the table, as is the case for the denominator of gross final consumption.


When will new figures be published?
Provisional figures: June of the following year.
Revised provisional figures: December of the following year.
Definite figures: December of the second following year.

Description topics

Avoided use of fossil energy
The avoided use of fossil primary energy is the amount of fossil (and nuclear) energy that would have been used if renewable energy was not used.
The avoided use of fossil primary energy is the sum of:
1. The avoided use of fossil primary energy by the domestic production of electricity, heat and gas from renewable sources.
2. The avoided use of fossil energy by the biofuels for road transport sold on the domestic market.
Imports and exports of green electricity is not included.
Avoided energy
In this table, the unit TeraJoule (TJ) is used. This equals 1,000,000,000,000 joules (10 to the power of 12). A joule is a unit of energy equivalent to 0.24 calories. A TJ is equivalent to 31 600 cubic meters of natural gas or 278 000 kilowatt-hours of electricity.
Avoided carbon dioxide emission (CO2)
The amount of carbon dioxide that is emitted if no use is made of renewable energy technology. The amount of carbon dioxide is calculated in accordance with the methodology of the Protocol Monitoring Renewable Energy (AgentschapNL, 2010). It covers domestic production of renewable electricity, heat and gas. Imports of green electricity is not included.
This methodology only considers the avoided emission by the use of the renewable energy at the final stage: production of renewable electricity, heat and gas. The earlier stages are not included. For biofuels for road transport greenhouse gas emissions of the earlier stages may be substantial. Therefore, for these biofuels no avoided CO2 emissions are published.
Avoided emission
1 kton = 1,000 ton = 1 million kg.