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Municipality Energy Data

Energy in Skanderborg Kommune

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

11.5%

Renewable Energy

Share of total energy consumption from renewable sources

354.9

Total Consumption (GWh)

Annual electricity consumption across all sectors

38.4

Renewable Capacity (MW)

Total installed solar and wind power capacity

33,922

Estimated Households

Approximate number of households based on private consumption

Data from EnergiNet - Denmark's official energy data provider

Climate Plan

Climate Action Plan

Skanderborg Kommune has set ambitious climate targets aiming to reduce greenhouse gas emissions by 70 percent by 2030 and achieve complete climate neutrality by 2050. This climate plan, which matches the Paris Agreement targets, has been developed in close collaboration with local stakeholders from agriculture, utility companies, businesses, and local communities. The municipality is part of the DK2020 climate community together with 95 other Danish municipalities, providing the opportunity to draw on shared experiences in the green transition. In 2018, Skanderborg Kommune emitted 417,000 tonnes of CO2e, equivalent to seven tonnes per inhabitant (p. 6). Transport accounts for the largest share at 40 percent of emissions, with private car use responsible for just over half. The energy sector comprises 34 percent, primarily from electricity produced from fossil energy sources and oil and natural gas boilers. Agriculture and land use contribute 21 percent, while the remaining 5 percent comes from waste and wastewater (pp. 6-7). The municipality actually falls below the average compared to other municipalities in Region Midt, providing a good starting point for further efforts. The Skanderborg area has some distinctive characteristics that affect the climate work. The municipality ranks in the top 4 among Danish municipalities for car ownership, and a full 30 percent of families have two or more cars (p. 15). This makes the transport sector a particular challenge. On the other hand, agriculture covers only half of the municipality's area - ten percentage points less than the national average - while the municipality has 21 percent forest and is therefore close to the national target of at least 25 percent forest coverage. The large forests and lakes along with Gudenåen give the municipality good natural conditions for both carbon storage and climate adaptation. The most central measures focus on three main areas. Within energy, the municipality is to produce green electricity equivalent to 100 percent of consumption by 2030 and phase out all fossil fuels for space heating. In the transport sector, the target is for 50 percent of all private vehicles to be electric by 2030, while private car driving is reduced by 10 percent through better public transport and cycling. Within agriculture and land use, 600 hectares of lowland soils are to be retired and 300 hectares of new forest planted by 2030, while all larger farms are to use climate accounting. Politicians honestly acknowledge that there will still be a shortfall of 17 percentage points in 2050, equivalent to approximately 101,000 tonnes of CO2e, which must be reduced through new technologies and measures after 2030 (p. 6). The growing population - the municipality is expected to reach 70,000 residents by 2030 - makes the task even more challenging, as more inhabitants typically mean increased energy consumption, transport, and resource use. Heavy transport in particular still lacks good technological solutions. Citizen and business engagement is central to the municipality's approach. Climate funds for citizens and businesses are established, family climate summits are held in local communities, and the municipality's primary schools are to integrate green education into teaching. Local successes such as Skanderborg Bryghus, which uses surplus heat from Renosyd, and Smukfest, which has achieved an 80 percent recycling rate, show that local businesses are already engaged in the green transition. The climate plan must now ensure that this positive development is accelerated and spread to all parts of society.

Source: Fælles om et klima i balance - Klimaplan for Skanderborg Kommune 2023-2050 (2023)

417K

Current emissions

7 ton CO2e Per capita

70%

2030 reduction target

Baseline emissions: 417K

Sector Breakdown

Energy

34%

Transport

40%

Agriculture

21%

Waste & Wastewater

5%

Flagship Projects

Låsby Søpark

A climate adaptation project in Låsby that has become a recreational area

Climate adaptation

Skanderborg Bryghus surplus heat

Skanderborg Bryghus uses surplus heat from Renosyd in the brewing process and sends residual heat on to Skanderborg-Hørning district heating

Energy

Climate Actions

Planned Climate Actions

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

Energy Supply

  • •

    Local production of green electricity equivalent to 100% of consumption by 2030

  • •

    Full phase-out of fossil fuels for space heating by 2030

  • •

    Collective heating is 100% covered by renewable and sustainable energy by 2030

Transport

  • •

    50% of all private vehicles are electric vehicles by 2030

  • •

    Driving in private cars reduced by 10% by 2030

  • •

    Bus transport to be climate neutral by 2030

Agriculture

  • •

    All larger farms use climate accounting by 2030

  • •

    600 hectares of lowland areas to be retired by 2030

  • •

    More afforestation - 300 ha by 2030

Municipal Operations

  • •

    The municipality to be CO2-neutral by 2025

  • •

    Municipal vehicles converted to electric

  • •

    Municipal buildings optimised to reduce energy consumption by 30% by 2035

Climate Adaptation

  • •

    Advanced risk mapping

  • •

    Internet of Things monitoring

  • •

    Continued implementation of adaptation projects

Citizen Engagement

  • •

    Green education for children and young people

  • •

    Family climate summit in local communities

  • •

    Citizen and business climate fund

Local Characteristics

Key industry: Agriculture covers half of the municipality's area

Notable assets:

21% forest, Skanderborg Bryghus, Renosyd, Smukfest

Geography:

Large forests and large lakes, Gudenåen, Topographically varied terrain, Himmelbjerget, Knudsø

Challenges:

30% of families have two or more cars, Ranks in the top 4 among municipalities nationally for car ownership

Partnerships & Alliances

  • •

    DK2020 climate community with 95 other Danish municipalities

  • •

    KL, Danske Regioner, Realdania, and CONCITO

  • •

    Gudenå collaboration

  • •

    Collaboration with the agricultural sector

Citizen Involvement

  • •

    Green education for children and young people

  • •

    Family climate summit in local communities

  • •

    Citizen and business climate fund

  • •

    Energy communities

  • •

    Repair cafes

Climate Risks & Adaptation

More precipitation, Longer drought periods, Heatwaves, More storms, Rising groundwater

Planned measures

  • •

    Advanced risk mapping

  • •

    Internet of Things monitoring

  • •

    Greening of road areas for shade and cooling

  • •

    Continued implementation of adaptation projects

2030 Gap Analysis

New climate measures to be launched after 2030

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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