Energy in Ikast-Brande Kommune
Explore renewable energy data and climate plans for Ikast-Brande Kommune. See how your municipality is progressing towards a green energy future.
31.8%
Renewable Energy
Share of total energy consumption from renewable sources
393.1
Total Consumption (GWh)
Annual electricity consumption across all sectors
90.2
Renewable Capacity (MW)
Total installed solar and wind power capacity
21,814
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Ikast-Brande Kommune has set an ambitious goal: to become Denmark's green business municipality. With the climate plan from 2023, the municipality combines its longstanding identity as a production municipality with the green transition, aiming for CO2 neutrality by 2050 and a 70 percent reduction as early as 2030 compared to 1990 levels (p. 5). The vision is not about dismantling, but about developing - the municipality will preserve and strengthen its role as a supplier of food and important products to Denmark and the world. The municipality's CO2 accounts clearly reflect its character as a production municipality. Total emissions have fallen from approximately 830,000 tonnes of CO2 in 1990 to approximately 580,000 tonnes in 2018/2020 (p. 5), primarily thanks to the expansion of renewable energy. The largest sources of emissions come from agriculture, transport, and energy, where agriculture in particular - with its livestock, crop production, and land use - accounts for a significant share. Industry also contributes substantially to the overall CO2 accounts, underscoring the municipality's role as a centre for production and processing. What makes Ikast-Brande's climate challenge particularly complex is the combination of production-intensive industries and specific geographic conditions. The municipality has problems with near-surface groundwater due to soil conditions, where clay deposits limit infiltration and create challenges during increased precipitation (p. 16). At the same time, the municipality must manage the climate consequences of hosting many workplaces and a significant agricultural sector, where transport and production take a toll on the CO2 accounts. The most impactful planned measures focus on transforming the municipality's largest emitting sectors. In agriculture and nature, partnerships with agricultural actors, retirement of carbon-rich lowland soils, and use of manure for biogas production are planned, which together are expected to reduce emissions by 330,000 tonnes of CO2 (p. 6). On the energy side, the focus is on renewable energy expansion and local energy communities with surplus heat and Power-to-X technology, with a target of 111,500 tonnes of CO2 reduction. For the business sector, the use of surplus heat and phase-out of oil and gas as a heat source are prioritised, which should contribute 76,495 tonnes of CO2 reduction. The climate plan honestly acknowledges that the planned activities cannot fully ensure CO2 neutrality by 2050. The so-called shortfall lies primarily within transport and agriculture, where the municipality's direct influence is limited (p. 6). New technology and national as well as international actions are needed to close the gap. This challenge is particularly pronounced in a municipality like Ikast-Brande, where business and agriculture are so dominant. Citizen and business engagement is central to the plan's implementation. The municipality will disseminate climate knowledge through events and campaigns, establish repair cafes, and support citizen-driven climate initiatives (p. 12). The business community is engaged through concrete partnerships, particularly with the agricultural sector and local businesses on green transport and energy solutions. The goal is to create a green business climate where companies have optimal conditions to run and develop their businesses in a climate-friendly way, while citizens receive tools to contribute to the green transition in their daily lives.
Source: DK2020-klimaplan for hele Ikast-Brande Kommune (2023)
580K
Current emissions
70%
2030 reduction target
Baseline emissions: 830K
Flagship Projects
Partnerships with agricultural actors
Collaboration with the agricultural sector on initiatives to reduce CO2 emissions from agricultural production
Agriculture
Local energy communities and symbioses
Promotion of surplus heat and Power-to-X
Energy
Strategic land acquisition for climate projects
Fund for strategic land acquisition for climate projects
Agriculture
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
Phase-out of oil and gas for heating in private homes
- •
Renewable energy expansion
- •
Local energy communities and symbioses
- •
Strategic energy plan
Transport
- •
Children and young people's transport
- •
Promotion of green transport - citizens
- •
Collaboration with local businesses on green transport
Agriculture
- •
Partnerships with agricultural actors
- •
Retirement of carbon-rich lowland soils
- •
Use of manure for biogas production
- •
Afforestation
Industry
- •
Use of surplus heat
- •
Phase-out of oil/gas as heat source in commercial buildings
- •
Strengthened focus on green transition of businesses
Municipal Operations
- •
Phase-out of oil and gas as heat source in municipal buildings
- •
Solar panels on municipal roofs
- •
Phase-out of petrol/diesel-powered vehicles
Climate Adaptation
- •
Requirements for developing water management plans
- •
Climate adaptation together with the utility company
- •
Greening in new local plans
Citizen Engagement
- •
Climate knowledge - events
- •
Climate knowledge and climate-friendly behaviour - campaigns
- •
Climate knowledge - repair cafes
Local Characteristics
Key industry: Production municipality that supplies food and other important products
Many workplaces, Business sector and agriculture
Carbon-rich lowland soils, Clay deposits, Near-surface groundwater
Problems with near-surface groundwater, Soil conditions in the municipality
Partnerships & Alliances
- •
The agricultural sector
- •
Business community
- •
Utility company
- •
Civil society
- •
Ikast-Brande Spildevand
Citizen Involvement
- •
Climate knowledge events
- •
Campaigns on climate-friendly behaviour
- •
Repair cafes
- •
Citizen-driven initiatives
Climate Risks & Adaptation
Near-surface groundwater, Precipitation, Drought, Heat, Wind
Planned measures
- •
Water management plans
- •
Greening
- •
Climate adaptation with utility company
- •
Knowledge building
2030 Gap Analysis
New technology and national as well as international actions are needed to further reduce CO2 emissions
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