Energy in Skive Kommune
Explore renewable energy data and climate plans for Skive Kommune. See how your municipality is progressing towards a green energy future.
64.0%
Renewable Energy
Share of total energy consumption from renewable sources
361.7
Total Consumption (GWh)
Annual electricity consumption across all sectors
257.2
Renewable Capacity (MW)
Total installed solar and wind power capacity
25,325
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Skive Kommune has been a frontrunner in the green transition for close to half a century, from the low-energy houses in Solhaven in the 1970s to today's position as one of the country's most climate-ambitious municipalities. With the climate action plan "Skive 2050", the municipality sets the ambitious goal of a 70% reduction in CO2 emissions by 2030 and climate neutrality by 2050 - goals to be achieved through both technological innovation and citizen-driven action. In 2018, Skive Kommune emitted 630,000 tonnes of CO2e, a significant reduction from the baseline year of 1990. Agriculture dominates the emissions picture with a full 66% of emissions distributed across crop production (13%), livestock (29%), and land use (24%). Transport accounts for 23%, while the energy sector comprises only 8% - a result of decades of focus on renewable energy. This sector distribution sets Skive markedly apart from more urbanised municipalities and creates both challenges and opportunities. Skive Kommune's geographic location by Limfjorden with 190 km of coastline and 74% agricultural area gives the municipality a unique climate profile. Here, the challenges of an agriculture-dominated economy meet the risk of storm surges from the fjord, most recently experienced in January 2015 with a record water level of 188 cm. At the same time, the municipality's position as home to GreenLab Skive - Europe's first Power-to-X demonstration facility - has created a foundation for becoming a test centre for the green technologies of the future. The most transformative measures focus on agriculture's transition through retirement of 30% of carbon-rich lowland soils by 2030, which alone will reduce emissions by 24,000 tonnes of CO2e annually. In parallel, PtX industry is being established at GreenLab Skive for production of green fuels such as hydrogen and methanol, while 400 hectares of solar panels are to ensure self-sufficiency with renewable energy as early as 2029. These technological leaps are to be supported by concrete citizen-oriented measures such as 30% electric vehicles by 2030 and CO2-neutral public transport. Despite ambitious plans, the municipality openly acknowledges that there will be a 'shortfall' of approximately 33,000 tonnes of CO2e in 2050, primarily from livestock and transport. The challenges of near-surface groundwater and rising water levels require innovative climate adaptation solutions, where the BigBlue projects along Skive Å show the way by combining flood protection with urban development. The cross-municipal project to narrow Thyborøn Kanal illustrates that climate resilience requires cooperation across municipal boundaries. The citizens' role is central to the climate plan through the newly established climate committee with five citizen representatives and initiatives such as the RENT LIV fund, which supports local climate projects. A survey sent to 33,000 citizens has revealed strong support for the green transition, but also a need for concrete guidance. The business community is involved through Business Skive and the target of green business models at a minimum of 50 companies by 2030, which is to ensure that the green transition becomes a growth engine rather than a burden on the local economy.
Source: Klimahandlingsplan for Skiveegnen - Skive 2050 (2022)
630K
Current emissions
70%
2030 reduction target
Baseline emissions: 1.0M
Sector Breakdown
Energy
8%
Transport
23%
Agriculture
66%
Industry
1%
Waste & Wastewater
2%
Flagship Projects
GreenLab Skive
Symbiosis and industrial park and test centre for Power-to-X technology
Industry
BigBlue Skive
Climate adaptation projects linking urban development with water adaptation along Skive Å
Climate adaptation
Narrowing of Thyborøn Kanal
Cross-municipal project for storm surge protection of the western Limfjord
Climate adaptation
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
Self-sufficient with renewable energy by 2029
- •
400 ha of solar panels
- •
53 MW of wind energy
- •
Phase-out of oil boilers by 2030
- •
Expansion of district heating
Transport
- •
30% electric vehicles by 2030
- •
CO2e-neutral public transport by 2030
- •
Charging stations at 43 locations
Agriculture
- •
Retirement of 30% of lowland soils by 2030
- •
Conversion of 16% to organic farming
- •
Biochar in 4% of cultivated areas
- •
Reduction of enteric emissions from cattle
Industry
- •
Establishment of PtX industry
- •
Green business models at a minimum of 50 companies
- •
Circular economy as first mover
Municipal Operations
- •
Greener procurement and tendering
- •
Sustainable municipal buildings
- •
Electric vehicles in the municipal fleet by 2030
Climate Adaptation
- •
Strategic Climate and Development Plan for BigBlue Nord
- •
Narrowing of Thyborøn Kanal
- •
Retention basins for rainwater
Citizen Engagement
- •
Climate committee with citizen representation
- •
RENT LIV fund
- •
Green ambassadors
Local Characteristics
Key industry: Agriculture covers 74% of land use
GreenLab Skive, Klimafonden Skive, Biogas plants, Wind turbines
Limfjorden, Skive Fjord, 190 km of coastline, The moler island of Fur
Storm surge from Limfjorden, Large agricultural area, Near-surface groundwater
Partnerships & Alliances
- •
Business Skive
- •
Klimafonden Skive
- •
Realdania
- •
Kystdirektoratet
- •
C40 city network
- •
KKR Midtjylland
Citizen Involvement
- •
Climate committee with citizen representation
- •
RENT LIV fund
- •
Survey sent to 33,000 citizens
- •
Green communities
Climate Risks & Adaptation
Storm surge from Limfjorden, Heavy cloudbursts, Near-surface groundwater, Coastal erosion
Planned measures
- •
BigBlue projects
- •
Dikes along Skive Å
- •
Narrowing of Thyborøn Kanal
- •
Retention basins
2030 Gap Analysis
Further measures from the national level are expected
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