Energy in Herning Kommune
Explore renewable energy data and climate plans for Herning Kommune. See how your municipality is progressing towards a green energy future.
76.4%
Renewable Energy
Share of total energy consumption from renewable sources
607.3
Total Consumption (GWh)
Annual electricity consumption across all sectors
271.7
Renewable Capacity (MW)
Total installed solar and wind power capacity
41,038
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Herning Kommune has set course to become climate neutral and climate resilient by 2050 at the latest through an ambitious climate plan that acknowledges the municipality's role as a significant production municipality with particular challenges and opportunities. Through participation in the DK2020 partnership, the municipality has committed to reducing CO2 emissions by 70% by 2030 compared to 1990 levels, corresponding to a maximum emission of 493,000 tonnes of CO2 (p. 9). Today, Herning Kommune emits 1,127,475 tonnes of CO2 annually, which represents a decline of over 30% since the baseline year of 1990 (p. 8). The greatest challenge lies in the agricultural sector, which with the municipality's extensive 85,000 hectares of agricultural land accounts for nearly 60% of total emissions (p. 8). The transport sector follows with 26% of emissions, while the energy sector, despite Herningværket's transition to biomass, still contributes 11% (p. 8). This emission profile distinguishes Herning markedly from other Danish municipalities through the dominant role played by agriculture and livestock farming. What is distinctive about Herning Kommune's climate challenge is the combination of a large agricultural sector and a strong industrial identity, particularly within the textile industry. The municipality honestly acknowledges that the stated targets are "very ambitious both in terms of the time horizon and in terms of Herning Kommune being a production municipality with a large agricultural sector" (p. 9). At the same time, the municipality sees opportunities in leveraging its industrial strength to drive innovation in sustainable solutions. The most comprehensive planned measures focus on three areas: greater biogas production from agriculture, retirement of carbon-rich lowland soils and establishment of textile symbiosis. The textile symbiosis builds on the municipality's DNA within the textile field and is intended to create new solutions for collection and recycling of textile waste. In addition, there is massive investment in wind turbines and solar panels as well as Power-to-X technology to ensure 100% renewable energy in electricity and heat supply by 2030 (p. 18). Bæredygtig Herning has been established as a concrete organisation to serve as a catalyst for the green transition of the municipality's businesses. The climate plan acknowledges, however, a significant 'gap' - the difference between the stated targets and the concretely calculated reductions. In 2030, there will be a shortfall of 282,000 tonnes of CO2, and in 2050 as much as 527,300 tonnes of CO2 (p. 32). This is partly because many initiatives cannot yet be precisely quantified, but also because the task is simply larger than what can be solved with current instruments. The municipality therefore proposes a dynamic approach with annual adjustments and new initiatives. Citizens and businesses are engaged through Bæredygtig Herning, which has already created networks and launched concrete projects. The municipality will strengthen climate competencies among citizens through education in daycare and schools and establish an annual Climathon to connect students with businesses' climate challenges. With partnerships with Ikast-Brande Kommune and close collaboration with Herning Vand on climate adaptation, the municipality aims to create a community where "community, courage and determination are fully deployed" to achieve the ambitious climate targets.
Source: Klimaplan for Herning Kommune (2022)
1.1M
Current emissions
70%
2030 reduction target
Baseline emissions: 1.6M
Sector Breakdown
Energy
11%
Transport
26%
Agriculture
48%
Industry
1%
Waste & Wastewater
2%
Flagship Projects
Textile symbiosis
Collection and recycling of textile waste with a focus on the municipality's textile DNA
Waste and industry
Lillelund Engpark
Large climate lake of 6 ha that can retain up to 65 million litres of water with recreational functions
Climate adaptation
Bæredygtig Herning
Catalyst for sustainable development that inspires, creates networks and launches projects
Cross-cutting
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
Phase-out of fossil fuels at district heating plants
- •
Planning for installation of wind turbines and solar panels
- •
Development of a strategic heating plan
- •
Power-to-X establishment
Transport
- •
Promote electrification of private passenger cars
- •
Promote electrification of public transport
- •
Plan for new mobility solutions
- •
Transhipment points as part of green transition
Agriculture
- •
Greater biogas production
- •
Retirement of carbon-rich lowland soils
- •
Increased afforestation
- •
Strategy for land use
Industry
- •
Green business plans for companies
- •
Textile symbiosis
- •
Green hubs and business collaborations
Municipal Operations
- •
Green business plan for Herning Kommune (360°)
- •
Employees as climate-competent ambassadors
Climate Adaptation
- •
New climate adaptation plan
- •
Local rainwater drainage (SuDS)
- •
Service targets for surface water
- •
Designation of cloudburst routes
Citizen Engagement
- •
Education in climate and sustainability
- •
Citizen engagement and mobilisation
- •
Inspiration catalogue for sustainable living
Local Characteristics
Key industry: Agriculture and textile industry
Herningværket with biomass, Strong textile cluster, Bæredygtig Herning as a catalyst
Approx. 85,000 ha of agricultural land, Large geographical municipality
Production municipality with a large agricultural sector, Agriculture accounts for nearly 60% of CO2 emissions
Partnerships & Alliances
- •
DK2020 partnership
- •
Collaboration with Ikast-Brande Kommune
- •
Erhvervsrådet for Herning og Ikast-Brande
- •
Herning Vand A/S
Citizen Involvement
- •
Citizen engagement and mobilisation
- •
Sustainable Development Goals week in daycare and schools
- •
Climathon event
- •
Guidance and advisory services for citizens
Climate Risks & Adaptation
Cloudbursts and prolonged rainfall, Rising groundwater table, Drought and heatwaves, Increased wind impact
Planned measures
- •
Climate-adapted planning
- •
Designation of areas for water storage
- •
SuDS solutions
- •
Contingency plans for drought and heatwaves
2030 Gap Analysis
282,000 ton CO2e remaining gap to 2030 target
Launch new initiatives, become more ambitious on already launched initiatives, and find methods to calculate CO2 reduction on already launched initiatives
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