Energy in Odsherred Kommune
Explore renewable energy data and climate plans for Odsherred Kommune. See how your municipality is progressing towards a green energy future.
5.3%
Renewable Energy
Share of total energy consumption from renewable sources
248.0
Total Consumption (GWh)
Annual electricity consumption across all sectors
16.8
Renewable Capacity (MW)
Total installed solar and wind power capacity
37,738
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Odsherred Kommune has adopted an ambitious climate plan aiming to reduce greenhouse gas emissions by 70 percent by 2030 and achieve climate neutrality by 2050. As Denmark's largest holiday home municipality with 24,000 holiday homes and a unique geography characterised by low-lying formerly reclaimed areas, the municipality faces particular climate challenges that require tailored solutions adapted to its distinctive Ice Age landscape and UNESCO Global Geopark status. Today, Odsherred emits 340,000 tonnes of CO2e annually, equivalent to 10.26 tonnes per capita - significantly higher than the national average of 8.3 tonnes (p. 7). The transport sector dominates with 46 percent of emissions, of which Molslinjen's ferry service from Odden to Aarhus/Ebeltoft alone accounts for nearly 20 percent of the municipality's total climate footprint (pp. 7-8). The energy sector contributes 33 percent, while the agricultural sector accounts for 18 percent of emissions. What makes Odsherred's climate challenge particularly complex is the combination of the massive ferry traffic, the large holiday home stock, and the vulnerable low-lying areas such as Lammefjorden and Sidinge Fjord. The municipality's 157 kilometres of coastline and Ice Age landscape with the three Odsherred arcs create both unique natural values and particular climate risks from rising sea levels and extreme rainfall. With under 6 percent local production of electricity from renewable energy sources, the municipality has significant potential for green transition. The most impactful planned measures focus on the energy sector, where the target is for 70 percent of electricity consumption to be covered by locally produced renewable energy through 140 hectares of solar panels and three new wind turbines at Lammefjorden (p. 14). In the agricultural sector, 600 hectares of new forest is to be planted and 200 hectares of lowland soils retired, which combined can reduce emissions by approximately 6,400 tonnes of CO2e (p. 49). Odsherred Forsyning's innovative DTP plant for sludge treatment, which converts wastewater sludge into carbon-sequestering biochar, represents a technological frontrunner solution within the circular economy. Despite these ambitious measures, the municipality still needs to identify reductions of 43,000 tonnes of CO2e to reach the 2030 target and 142,000 tonnes for climate neutrality by 2050 (p. 48). The continued dialogue with Molslinjen about the transition of ferry operations is crucial, as transport will account for 68 percent of remaining emissions in 2030. The agricultural sector, which will still account for nearly 30 percent of emissions in 2030, also requires further innovative solutions. The municipality focuses on broad citizen involvement through ultra-local climate plans, citizen-driven networks for rooftop solar panels and afforestation, and the established Section 17(4) committee for Green Transition and Sustainable Development. Climate partnerships with key actors such as Odsherred Forsyning, Landboforeningen, and Geopark Odsherred are intended to ensure that the climate effort becomes a driver for local development rather than a burden, so that Odsherred can maintain its position as an attractive residential and holiday destination while becoming climate-neutral.
Source: KLIMAPLAN - SAMMEN OM KLIMAET - ODSHERRED FOR FREMTIDEN (2022)
340K
Current emissions
10.26 ton CO2e Per capita
70%
2030 reduction target
Baseline emissions: 471K
Sector Breakdown
Energy
33%
Transport
46%
Agriculture
18%
Waste & Wastewater
3%
Flagship Projects
DTP plant (steam drying and pyrolysis plant)
Odsherred Forsyning's combined steam drying and pyrolysis plant converts sludge into nutrient-rich and odour-free biochar
Wastewater
Grønnehave Bæk
Joint climate adaptation project at Nykøbing Sj carried out in collaboration between the municipality and the utility company
Climate adaptation
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
70% of local electricity consumption to be covered by locally produced renewable energy
- •
140 ha of solar panels
- •
Installation of wind turbines (3 turbines at Lammefjorden - 6 MW)
- •
98% of heating energy consumption is fossil-free by 2030
Transport
- •
Charging station strategy
- •
Mobility strategy
- •
Electrification of bus and rail
Agriculture
- •
600 ha of forest planted by 2030
- •
200 ha of lowland soils retired by 2030
Municipal Operations
- •
Energy optimisation of municipal buildings (3% annually toward 2030)
- •
Conversion of the municipality's vehicle fleet
- •
Climate-proofing of municipal properties
Climate Adaptation
- •
Grønnehave Bæk at Nykøbing Sj
- •
Entire municipality designated as a climate adaptation area
- •
Maintain service level in sewered areas
Citizen Engagement
- •
Ultra-local climate plans
- •
Citizen-driven network for rooftop solar panels
- •
Gi' & Ta' at recycling stations
Local Characteristics
Key industry: Tourism and agriculture
UNESCO Global Geopark, Geopark Odsherred
Odsherredbuerne (terminal moraines), Lammefjorden, Sidinge Fjord, 157 km of coastline, 24,000 holiday homes
Denmark's largest holiday home municipality, Molslinjen's ferry service accounts for 20% of total emissions, Low-lying formerly reclaimed areas
Partnerships & Alliances
- •
Odsherred Forsyning
- •
Odsherred Landboforening
- •
Geopark Odsherred
- •
Molslinjen
Citizen Involvement
- •
Section 17(4) committee for Green Transition and Sustainable Development
- •
Public meetings
- •
Odsherred's People's Meeting
- •
Ultra-local climate plans
- •
Citizen-driven networks
Climate Risks & Adaptation
Precipitation that exceeds the capacity of drainage systems, Storm surge events particularly in Nykøbing Sj and holiday home areas at Sejerø Bugt, High groundwater levels in low-lying areas
Planned measures
- •
Climate-proofing of municipal properties
- •
Support local climate adaptation
- •
Grønnehave Bæk project
2030 Gap Analysis
43,000 ton CO2e remaining gap to 2030 target
The continued dialogue with Molslinjen therefore has high priority
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