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Municipality Energy Data

Energy in Tårnby Kommune

Explore renewable energy data and climate plans for Tårnby Kommune. See how your municipality is progressing towards a green energy future.

1.2%

Renewable Energy

Share of total energy consumption from renewable sources

269.8

Total Consumption (GWh)

Annual electricity consumption across all sectors

12.9

Renewable Capacity (MW)

Total installed solar and wind power capacity

17,946

Estimated Households

Approximate number of households based on private consumption

Data from EnergiNet - Denmark's official energy data provider

Climate Plan

Climate Action Plan

Tårnby Kommune has set one of Denmark's most ambitious climate targets with the plan's adoption as part of the international DK2020 project. The municipality commits to reducing greenhouse gas emissions by 70 percent as early as 2027 - three years ahead of the national target - and by 85 percent in 2030, before becoming climate neutral by 2050 at the latest. This aggressive timeline reflects Mayor Allan S. Andersen's declared ambition that Tårnby shall be more than self-evident in the fight against climate change. The municipality's climate challenge is markedly different from most other Danish municipalities due to Copenhagen Airport, which alone accounts for 42 percent of the municipality's total electricity consumption (p. 8). With total emissions of 203,776 tonnes of CO2 equivalents in 2018, corresponding to 4.73 tonnes per inhabitant (p. 19), emissions are distributed across the energy sector at 73 percent, transport at 19 percent and other sectors at 8 percent (p. 20). This profile, dominated by a single large commercial actor, requires a particular approach to climate planning. Tårnby Kommune's geographic location on the low-lying Amager Peninsula creates additional complexity, as large parts of the municipality lie below normal sea level and have previously been hit by severe storm surge events in 1872, 1902 and 1904 (p. 16). At the same time, the proximity to Copenhagen and the intensive commuter traffic make the transport sector a significant challenge. The municipality has a net in-commuting of 5,331 people daily (p. 17), underscoring the need for ambitious transport solutions. The most decisive measures focus on energy transition through Tårnby Forsyning's expansion of the district heating network, where the goal is to connect as many residents and businesses as possible by 2030. The municipality's green energy plant, commissioned in 2020, represents a technological breakthrough as the smartest facility of its kind in the world, combining wastewater energy with district cooling and district heating (p. 7). On the transport side, the target is that at least 30 percent of all passenger cars run on electric by 2030, while all scheduled buses are to be electrified (p. 11). The climate plan honestly acknowledges that there will be a shortfall of 17,000 tonnes of CO2 emissions in 2050 (p. 28), corresponding to four percent of current emissions. The municipality is counting on technological development, changes in legislation and projects such as Carbon Capture Utility Storage at Amager Bakke to close this gap. In particular, the airport's continued operations and heavy transport represent the greatest challenges for full climate neutrality. Citizen and business engagement takes place through a structured participation ladder spanning from information to co-ownership of projects (p. 6). The municipality has a tradition of extensive public meetings and plans annual climate weeks as well as cooperation with local business networks on the green transition. With a planned business network focused on sustainable development by 2022 (p. 12) and continued partnerships with major actors such as Sund & Bælt on coastal protection, the climate plan builds on a broad societal alliance that acknowledges both the unique opportunities and challenges created by Tårnby Kommune's particular geography and business structure.

Source: Klimaplan - Vejen mod 2050 (2022)

204K

Current emissions

4.73 ton CO2e Per capita

85%

2030 reduction target

Baseline emissions: 204K

Sector Breakdown

Energy

73%

Transport

19%

Waste & Wastewater

8%

Flagship Projects

Green energy plant

Combination of cold storage tank and wastewater energy with district cooling and district heating - the smartest facility of its kind in the world

Energy

District heating expansion

Cooperation between Tårnby Kommune and Tårnby Forsyning to develop the district heating network so that as many as possible can receive district heating by 2030

Energy

Climate Actions

Planned Climate Actions

Concrete measures from the municipal climate action plan, organized by sector.

Energy Supply

  • •

    Phase-out of oil and gas as heating sources

  • •

    Establishment of larger and smaller solar panel installations

  • •

    Energy efficiency improvements in buildings

  • •

    Expansion of the district heating network

Transport

  • •

    Transition to green fuels

  • •

    At least 30% of passenger cars on electric by 2030

  • •

    All scheduled buses on electric by 2030

  • •

    Municipal vehicle fleet converted to green fuels

Agriculture

  • •

    Afforestation - the municipality's total forest area to comprise 6% by 2050

Municipal Operations

  • •

    Adoption of strategy for sustainable procurement by 2025

  • •

    At least one weekly remote working day implemented by 2025

Climate Adaptation

  • •

    Cooperation on coastal protection of the Amager Peninsula

  • •

    Protection against heavy rain and cloudbursts

  • •

    Establishment of areas for local rainwater drainage

Citizen Engagement

  • •

    Increased awareness of recycling and waste prevention

  • •

    55% recycling of waste by 2025

Local Characteristics

Key industry: Copenhagen Airport

Notable assets:

Tårnby Forsyning, Green energy plant with wastewater energy

Geography:

Amager Peninsula, Øresund, Low-lying terrain, Saltholm and Peberholm

Challenges:

The airport accounts for 42% of the municipality's electricity consumption, Large parts lie below normal sea level, Historical storm surge events in 1872, 1902, 1904

Partnerships & Alliances

  • •

    Sund & Bælt

  • •

    Københavns Lufthavne A/S

  • •

    DSB

  • •

    Metro

  • •

    Dragør Kommune

  • •

    CTR

  • •

    ARC

  • •

    Movia

Citizen Involvement

  • •

    Public meetings

  • •

    Workshops

  • •

    Participation ladder

  • •

    Engagement of housing associations and housing cooperatives

Climate Risks & Adaptation

Storm surge, Cloudbursts and heavy rain, Sea level rise, Heatwaves, Groundwater rise

Planned measures

  • •

    Coastal protection in cooperation with other stakeholders

  • •

    Sustainable drainage projects

  • •

    Risk management plans

  • •

    Cloudburst plan

2030 Gap Analysis

Technological development, changes in legislation, production of green fuel, Carbon Capture Utility Storage (CCUS) at Amager Bakke

Calculate Your Energy Community's Needs

25

Homes

=

0.09

GWh annually

Based on 3,500 kWh average consumption

Energy Type

Wind is consistent all year round and requires less land but the construction time is longer than solar.

Wind turbine

1 Wind Turbine

25= 0.09 GWh

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