Energy in Haderslev Kommune
Explore renewable energy data and climate plans for Haderslev Kommune. See how your municipality is progressing towards a green energy future.
14.7%
Renewable Energy
Share of total energy consumption from renewable sources
386.0
Total Consumption (GWh)
Annual electricity consumption across all sectors
59.8
Renewable Capacity (MW)
Total installed solar and wind power capacity
29,425
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Haderslev Kommune has adopted an ambitious climate plan aimed at achieving a 70% CO2 reduction by 2030 and climate neutrality by 2050. With current emissions of approximately 590,000 tonnes of CO2 annually and 10.8 tonnes per capita, the municipality is 25% above the national average, underscoring the need for a targeted climate effort. Agriculture completely dominates the municipality's climate accounts at 58% of total emissions, while transport accounts for 25% and energy for 15%. This distinctive profile reflects Haderslev Kommune's character as a rural municipality with significant agricultural production, where organic lowland soils and livestock production in particular contribute substantially to emissions. The dispersed settlement patterns across the municipality's 29 rural districts and the 60-kilometre coastline along Lillebælt also create unique challenges for both CO2 reduction and climate adaptation. The most comprehensive climate measures naturally focus on the agricultural sector, where the municipality plans to retire organic lowland soils and significantly increase afforestation. At the same time, 80% of livestock manure is to be used for biogas production, which would position Haderslev as one of Denmark's leading municipalities in biogas. In the transport sector, the focus is on transitioning to electric cars and electric buses, including a collaboration with Tønder and Aabenraa municipalities on joint procurement of electrically powered route buses from 2024. Despite the plan's ambitious measures, the municipality acknowledges that there will still be a shortfall of 40,274 tonnes of CO2 reduction in 2030 and as much as 127,684 tonnes in 2050 to reach the targets. Particularly in agriculture, new technologies such as feed additives that can reduce methane emissions from cattle by up to 30% are awaited. This so-called 'gap' underscores that the climate plan is a living strategy that must be revised every four years with new solutions. Citizens and businesses are engaged through several channels, including the established climate committee with representatives from agriculture, business and civil society. A fair on green transition is planned for 2023, and a youth climate council is being established to involve young people in the climate work. At the same time, partnership agreements are being made with the municipality's three district heating companies and agricultural organisations to ensure broad support for the transition. Climate adaptation receives significant attention with projects such as 'Vores Kyst' for coastal protection of Kelstrup and Hejsager beach and cloudburst protection of Jomfrustien in Haderslev town centre. These investments are intended to ensure that the municipality becomes climate-resilient while also reducing emissions, so that Haderslev can maintain its position as an attractive municipality for settlement and business in the green transition.
Source: Klimaplan 2022 - 2050 (2022)
590K
Current emissions
10.8 ton CO2e Per capita
70%
2030 reduction target
Sector Breakdown
Energy
15%
Transport
25%
Agriculture
58%
Waste & Wastewater
2%
Flagship Projects
Projekt Vores Kyst
Coastal protection of Kelstrup and Hejsager beach
Climate adaptation
Jomfrustien cloudburst protection
Cloudburst protection of Haderslev town centre with focus on Jomfrustien
Climate adaptation
Triangle Energy Alliance (TEA)
PtX facility in Fredericia in collaboration with Trekantområdet
Energy
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
Phase-out of fossil fuels in district heating
- •
Replacement of oil and natural gas boilers
- •
Installation of wind turbines and solar panels
- •
Energy renovation of buildings to energy label E or higher
Transport
- •
Transition to electric cars and electric buses
- •
Installation of charging infrastructure
- •
Promotion of public transport, cycling and carpooling
- •
Green fuels for heavy transport
Agriculture
- •
Retirement of 100,000 ha of organic lowland soils
- •
Afforestation
- •
80% utilisation of livestock manure for biogas
- •
Changed feed composition for cattle
Industry
- •
Energy efficiency improvements in businesses
- •
Electrification of processes
- •
Utilisation of surplus heat
Municipal Operations
- •
Climate screening of all plans and policies
- •
Climate assessments in municipal agendas
- •
Reduction of food waste
- •
Climate footprint in procurement policy
Climate Adaptation
- •
Coastal protection at Kelstrup and Hejsager
- •
Cloudburst protection at Jomfrustien
- •
Projekt Vores Kyst
- •
Climate adaptation at Haderslev Harbour
Citizen Engagement
- •
Fair on green transition
- •
Youth climate council
- •
Dialogue with citizen associations
- •
Grants for climate projects
Local Characteristics
Key industry: Agriculture and food industry
Utility company Provas, Three district heating companies, Potential for biogas from livestock manure
60 km coastline along Lillebælt, 29 rural districts, Gelså and Gram Å watercourse system
Highest CO2 emissions from agriculture in Denmark (58%), Dispersed settlement with large distances, Lowland soils with high CO2 emissions
Partnerships & Alliances
- •
District heating companies Haderslev, Vojens and Gram
- •
Agricultural organisations
- •
Provas utility company
- •
SEP Sønderjylland
- •
Trekantområdet Danmark
- •
Sydtrafik
Citizen Involvement
- •
Climate committee §17, section 4
- •
Public meetings on climate measures
- •
Advisory board with major businesses
- •
Youth climate council
- •
Det Grønne Råd
- •
Dialogue with 29 citizen associations
Climate Risks & Adaptation
Flooding from watercourses, Storm surge and sea level rise, High groundwater table, Drought and heatwaves
Planned measures
- •
Coastal protection of 60 km coastline
- •
Cloudburst protection at Jomfrustien
- •
Climate adaptation of Haderslev Harbour
- •
Collaboration on the Gelså and Gram Å catchment area
2030 Gap Analysis
40,274 ton CO2e remaining gap to 2030 target
Revision every four years with new measures and technologies
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