Energy in Norddjurs Kommune
Explore renewable energy data and climate plans for Norddjurs Kommune. See how your municipality is progressing towards a green energy future.
44.2%
Renewable Energy
Share of total energy consumption from renewable sources
272.9
Total Consumption (GWh)
Annual electricity consumption across all sectors
548.7
Renewable Capacity (MW)
Total installed solar and wind power capacity
23,428
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Norddjurs Kommune has set an ambitious course toward climate neutrality by 2050 with its climate plan "Sammen om et grønt Norddjurs". As a rural municipality with 64% of its area used for agriculture, Norddjurs faces a particularly complex climate challenge where the green transition must balance considerations for food production, nature, and local jobs. The municipality's participation in the DK2020 project commits it to a 70% reduction in CO2 emissions by 2030 compared to 1990 levels. In 2018, Norddjurs Kommune emitted 617,600 tonnes of CO2, equivalent to 16.2 tonnes per capita (p. 13). Agriculture completely dominates the emissions inventory with 59% of total emissions distributed across livestock (20%), crop production (12%), and land use (27%). Transport follows as the second largest emitter at 21%, while the energy sector accounts for 18% (pp. 14-15). This sets Norddjurs markedly apart from more urbanised municipalities, where buildings and transport typically dominate. The municipality's geographic location on the Kattegat coast and as one of the country's driest municipalities creates additional challenges. Rising sea levels and more frequent storm surges particularly threaten Grenaa harbour and Allingåbro, while drought affects both agriculture and water supply. At the same time, the 337-kilometre coastline and significant offshore wind potential offer opportunities for renewable energy that can support the green transition. The most extensive planned initiatives focus on the energy sector with expected reductions of 94,133 tonnes of CO2 by 2030, primarily through the phase-out of oil boilers and the establishment of solar and wind energy (p. 31). Within transport, reductions of 29,887 tonnes are planned through the transition to electric vehicles and improved public transport, while agriculture is to contribute 39,638 tonnes through afforestation, wetlands, and new technology (pp. 33-37). The project "Grenaa - Næse for vand" combines climate-proofing with urban development and demonstrates how climate adaptation can create value for the local community. Although the climate plan contains comprehensive actions, the municipality honestly acknowledges that there is still a shortfall of 105,450 tonnes of CO2 reductions by 2030 to reach the 70% target (p. 46). Agriculture and heavy transport in particular remain unsolved challenges where technological breakthroughs and national framework conditions are crucial. The shortfall of 301,300 tonnes by 2050 underscores that climate neutrality requires solutions that do not yet exist or are not yet mature. Citizens and businesses are engaged through concrete initiatives such as the municipality's climate bus, which has fostered dialogue about climate challenges across the municipality. The partnership agreement with Djurslands Landboforening is intended to ensure agriculture's active participation in the transition, while collaboration with the utility companies AquaDjurs and Reno Djurs supports both climate adaptation and the circular economy. Through this collective effort, Norddjurs is working toward a future where the municipality both contributes to the global climate effort and remains an attractive rural municipality with viable local communities.
Source: Sammen om et grønt Norddjurs (2023)
618K
Current emissions
16.2 ton CO2e Per capita
70%
2030 reduction target
Sector Breakdown
Energy
18%
Transport
21%
Agriculture
59%
Industry
1%
Waste & Wastewater
1%
Flagship Projects
Grenaa - Næse for vand
Climate-proofing and development of Grenaa harbour against flooding
Climate adaptation
Allingåbro urban renewal and climate-proofing
Securing of dikes, critical roads and the Lunden project against storm surge
Climate adaptation
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
Phase-out of oil boilers to district heating or heat pumps
- •
Establishment of solar parks and wind turbines
- •
Transition to electric vehicles and expansion of charging infrastructure
- •
Afforestation and wetland projects
- •
Climate-proofing of Grenaa harbour and Allingåbro
Local Characteristics
Key industry: Agriculture
21.2% forest area, Grenaa Havn, Offshore wind energy potential
Kattegat coastline, Randers Fjord, Sangstrup Klit, Anholt
64% of the area is agricultural land, Among the driest third of the country's municipalities, Many commuters with long travel distances
Partnerships & Alliances
- •
Djurslands Landboforening
- •
AquaDjurs and Reno Djurs
- •
Utility companies
- •
Business Region Aarhus
- •
Erhvervshus Midtjylland
Citizen Involvement
- •
Climate bus as a mobile meeting place
- •
Project Vanebrud for climate at educational institutions
- •
Green Council as an advisory forum
- •
Dialogue with citizens and associations
Climate Risks & Adaptation
Rising sea levels and storm surges, Increased precipitation and extreme rainfall, Drought and heatwaves, Wind exposure
Planned measures
- •
Climate-proofing of Grenaa harbour through the Næse for vand project
- •
Securing of dikes and critical roads at Allingåbro
- •
Development of a coastal strategy
- •
Rainwater management in local planning
2030 Gap Analysis
105,450 ton CO2e remaining gap to 2030 target
New technology and partnerships
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