Energy in Aabenraa Kommune
Explore renewable energy data and climate plans for Aabenraa Kommune. See how your municipality is progressing towards a green energy future.
46.2%
Renewable Energy
Share of total energy consumption from renewable sources
530.0
Total Consumption (GWh)
Annual electricity consumption across all sectors
441.6
Renewable Capacity (MW)
Total installed solar and wind power capacity
30,723
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
With its political approval of the climate plan in September 2022, Aabenraa Municipality has set an ambitious course towards a climate-resilient and climate-neutral future by 2050 at the latest (p. 4, 20). This ambition is not merely a response to national targets but is deeply rooted in a desire to create 'the good life' and ensure sustainable development that benefits both citizens and businesses in the local area (p. 4). For Aabenraa, climate action is inseparable from the municipality's identity as a green hub in the border region, where water is seen as a resource rather than merely a threat (p. 15, 25). The foundation for this effort is a detailed accounting of the municipality's current emissions, which in 2019 totalled 959,966 tonnes of CO2e (p. 33). The distribution of these emissions reveals a distinct local profile, where agriculture is by far the largest emitter at 616,892 tonnes of CO2e, accounting for a full 64% of total emissions (p. 34, 35). This is followed by the transport sector at 172,682 tonnes of CO2e (18%) and the energy sector at 121,037 tonnes of CO2e (13%) (p. 34, 36, 37). What truly makes Aabenraa Municipality's climate challenge distinct is the combination of its geography and business structure. The municipality is characterised by large areas of organic soils (lowland soils), which alone account for 24% of total emissions (p. 35). At the same time, the coastal location by Aabenraa Fjord and the many watercourses running through the town of Aabenraa make the area particularly vulnerable to flooding from seawater, precipitation and rising groundwater (p. 23, 46). Historically, the town has been designated as one of Denmark's 14 risk areas under the EU Floods Directive, requiring an extraordinary effort in climate adaptation (p. 23). To address these challenges, the municipality has identified several key focus areas. One of the most significant is the retirement of approximately 2,000 hectares of agricultural land for solar panel installations, which is expected to provide CO2-neutral electricity for the entire municipality by 2030 and reduce emissions by approximately 115,000 tonnes of CO2e (p. 39, 40). Another flagship project is the large bio-natural gas plant (SBS Kliplev), which together with local biogas plants contributes significantly to the national conversion of the natural gas grid (p. 40). In climate adaptation, the establishment of a pump-sluice project at the outlet of Slotsmølleåen is a critical measure to protect the town of Aabenraa from flooding (p. 63). Despite these comprehensive plans, the municipality honestly acknowledges that the currently known measures are not sufficient to close the gap entirely. A shortfall of 6% relative to the 2030 target and 20% relative to the 2050 target has been identified (p. 44). Particularly in agriculture and transport, there is a dependence on technological maturation and national framework conditions, requiring continued focus on innovation and new solutions such as Power-to-X and pyrolysis (p. 42, 60, 79). Community involvement is a cornerstone of the plan. Through the 'Share Your Idea' campaign, over 200 proposals have been collected from citizens, and close collaborations have been established with key actors such as agricultural associations, Padborg Transport Centre and Business Aabenraa (p. 5, 8). The municipality has also established a Youth Climate Council to ensure that the next generation has a direct voice in the democratic process around future climate solutions (p. 21).
Source: Climate Action Planning Framework - Aabenraa Kommune (2022)
960K
Current emissions
70%
2030 reduction target
Sector Breakdown
Energy
13%
Transport
18%
Agriculture
64%
Waste & Wastewater
1%
Flagship Projects
Pumpe-sluseprojekt ved Slotsmølleåen
Et stort anlægsprojekt der skal sikre Aabenraa by mod oversvømmelser fra vandløb og havvand.
Klimatilpasning
SBS Kliplev
Stort bionaturgasanlæg der leverer grøn gas til det nationale net.
Energi
Blue Transition
Strategisk forskningssamarbejde omkring håndtering af stigende grundvand.
Klimatilpasning
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
Opsætning af solceller (3.000 ha under planlægning)
- •
Udrulning af fjernvarme
- •
Udnyttelse af overskudsvarme
Transport
- •
Omlægning af persontransport (elbiler)
- •
Fossilfri offentlig transport (busser)
- •
Etablering af ladeinfrastruktur
Agriculture
- •
Udtagning af organisk jord
- •
Pyrolyse
- •
Staldteknologi
- •
Ændret fodersammensætning
- •
Skovrejsning
Industry
- •
Analyser af kemiske processer
- •
Kortlægning af kølemidler
Municipal Operations
- •
Bæredygtigheds-taskforce
- •
Grønne indkøb
- •
Omstilling af kommunale biler til el
Climate Adaptation
- •
Pumpe-sluseprojekt ved Slotsmølleåen
- •
Adaptiv strategi for havnearealer
- •
Overvågning af grundvand
Citizen Engagement
- •
Kampagnen 'Del din idé'
- •
Etablering af Ungeklimaråd
- •
Klimapris og lanceringsevent
Local Characteristics
Key industry: Landbrug, Fødevarer, Transport og logistik
Aabenraa Havn, Padborg Transportcenter, Attraktiv placering for energianlæg (PtX og sol)
Aabenraa Fjord, Organiske jorde/lavbundsjorde, Istidslandskab med hovedopholdslinje
Høj andel af organisk jord (11% mod 6% landsgennemsnit), Sårbarhed over for stigende havvand i Aabenraa by
Partnerships & Alliances
- •
DK2020
- •
SEP Sønderjylland
- •
Udviklingsråd Sønderjylland (URS)
- •
Business Aabenraa
- •
Padborg Transportcenter (PTC)
- •
Landboforeninger
Citizen Involvement
- •
Del din idé-kampagnen (postkort og digitalt)
- •
Grønne møder på biblioteker og byfester
- •
Dialog med Seniorrådet og Det Grønne Råd
- •
Etablering af Ungeklimaråd
Climate Risks & Adaptation
Stormflod, Skybrud/nedbør, Vandløbsoversvømmelse, Stigende grundvand, Kysterosion
Planned measures
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Sikringsmur ved Slotsmølleåen
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Højvandslukke ved Farversmøllebæk
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Forsinkelsesbassiner ved Søderup Å
- •
IoT-sensorer til grundvandsovervågning
2030 Gap Analysis
70,000 ton CO2e remaining gap to 2030 target
Yderligere analysearbejde, fokus på CO2-fangst, øget udtagning af organisk jord og optimering af opgørelsesmetoder.
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.
1 Wind Turbine
Local Energy Regulations
Verified rules and regulations from Aabenraa Kommune's climate action plan that affect energy community projects.
Solar Parks
Expectation to be able to install approx. 2,000 ha of solar cells. The municipality has 'Guidelines for planning solar energy plants'.
Page 64 (Grønne puljemidler) & Page 10 (Tabel 1)
aabenraa-klimaplan-capf-2020.pdf
Community Benefits
Green pool funds from 2,000 ha of solar cells (approx. DKK 70 million) must be used for local development and green transition. A significant share is earmarked for local development near the plants.
Page 64 (Grønne puljemidler)
aabenraa-klimaplan-capf-2020.pdf
Municipal Loans
Significant barrier that no legislation allows municipalities to grant loans for climate projects beyond coastal protection projects.
Page 79 (3.2 Identifikation af barrierer)
aabenraa-klimaplan-capf-2020.pdf
Setback Distances
Guidelines for planning solar energy plants set standards, including minimum requirements for planting.
Page 10 (Tabel 1)
aabenraa-klimaplan-capf-2020.pdf