Energy in Lejre Kommune
Explore renewable energy data and climate plans for Lejre Kommune. See how your municipality is progressing towards a green energy future.
10.2%
Renewable Energy
Share of total energy consumption from renewable sources
143.7
Total Consumption (GWh)
Annual electricity consumption across all sectors
16.4
Renewable Capacity (MW)
Total installed solar and wind power capacity
21,730
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Lejre Kommune has set itself a significant goal: to become CO2-neutral as early as 2045 -- five years ahead of the national target. With the climate plan 'Vores Sted -- Vores Klima' (Our Place -- Our Climate), the municipality commits to reducing emissions by 70% by 2030 and 80% by 2035, measured against 1990 levels (p. 7). The ambition stems from the municipality's distinctive character as a rural municipality with 49 small towns and villages, where the good life in the countryside must be combined with an ambitious climate effort. Today, Lejre Kommune emits 171,900 tonnes of CO2 annually, corresponding to approximately 6 tonnes per capita (p. 11). Emissions are distributed very unevenly across sectors: transport accounts for 46%, agriculture for 26%, energy for 26%, and waste for just 2% (p. 11). It is particularly the transport emissions that distinguish Lejre from other municipalities -- a full two-thirds originate from transit traffic, where residents from other municipalities drive through the area (p. 20). At the same time, Lejre residents commute an average of 29.4 km each way to work, which is significantly longer than the national average of 22.2 km (p. 20). Lejre's geographic distinctiveness creates both challenges and opportunities for climate action. The 400 hectares of carbon-rich lowland soils account for only 21% of agricultural emissions despite their modest area (p. 24). The municipality's 14% forest coverage and the many river valleys simultaneously offer unique opportunities for nature-based climate solutions. The dispersed settlement structure with 49 villages makes it difficult to establish district heating in most locations, requiring creative solutions such as thermal networks -- shared ground-source heat systems, which residents in Gevninge, Kirke Hyllinge and Kirke Saaby are now developing through Lejre Lokalvarme A.m.b.a. (p. 9). The most comprehensive measures focus on land-use changes and afforestation. Through the KLIMA+ partnership with Klimaskovfonden, 960 hectares of new forest are to be established by 2045, with 160 hectares already by 2030 (p. 25). At the same time, 200 hectares of lowland soils will be retired and 300 hectares of agricultural land converted to nature by 2030 (p. 25). In the transport sector, the municipality is pursuing a cycling strategy focused on safe school routes and a target of 35% of passenger car traffic using electric vehicles by 2030 (p. 21). The municipality has already reached its goal of 50% of the municipal fleet running on alternative fuels (p. 10). However, the plan openly acknowledges that all actions combined will only achieve a 66.1% CO2 reduction by 2030 -- 3.9 percentage points short of the target (p. 12). The transport and agriculture sectors in particular will still have significant emissions in 2045, requiring the development of new technologies and actions in future plans. The residual emission of 13.8% in 2045 underscores that the path to CO2 neutrality still has unresolved challenges (p. 12). Citizen engagement builds on the municipality's motto that Lejre does not have one climate group, but 29,000 climate citizens (p. 3). The 'Climate Villages' initiative will send a travelling team out to inspire and organise local climate projects in individual villages -- from communal dining to growing cooperatives and energy renovation (p. 41). The Green Living Lab in Hvalsoe becomes an experimental space for sustainable living, while the annual Climate Week continues to bring citizens, associations and businesses together around constructive climate solutions (p. 41). The business community is engaged through guidance on sustainability strategies and funding schemes such as SMV:Groen, which helps companies with green transition and resource efficiency (p. 43).
Source: Lejre Kommunes Klimaplan 2025 - Vores Sted – Vores Klima (2025)
172K
Current emissions
6 ton CO2e Per capita
70%
2030 reduction target
Baseline emissions: 306K
Sector Breakdown
Energy
26%
Transport
46%
Agriculture
26%
Waste & Wastewater
2%
Flagship Projects
KLIMA+ partnership with Klimaskovfonden
Collaboration on afforestation and lowland projects with businesses, citizens and landowners
Agriculture
Green Living Lab Hvalsø
Future laboratory for sustainable ways of building, living and coexisting
Citizen engagement
Climate Villages
Travelling team to inspire and organise local climate action in the 49 village communities
Citizen engagement
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
100% fossil-free heating by 2035
- •
225 GWh/year new renewable energy by 2035
- •
Support for collective heating projects such as thermal networks
Transport
- •
35% of passenger car traffic using electric vehicles by 2030
- •
Cycling strategy with safe school routes
- •
Installation of public charging stations
Agriculture
- •
960 hectares of new forest by 2045
- •
200 hectares of lowland soils retired by 2030
- •
300 hectares of agricultural land converted to nature by 2030
- •
KLIMA+ collaboration with Klimaskovfonden
Municipal Operations
- •
100% of municipal fleet converted to alternative fuels by 2035
- •
Carbon accounting and CO2 neutrality target by 2026 at latest
- •
Smart square metres programme
Climate Adaptation
- •
500 trees planted in villages
- •
Establishment of climate lakes
- •
10 monitoring stations in river systems
Citizen Engagement
- •
Climate Villages initiative
- •
Climate Week
- •
Green Living Lab
Local Characteristics
Key industry: agriculture
Nationalpark Skjoldungernes Land, unique biodiversity, cultural-historical values, strong local communities
49 villages and small towns, Roskilde Fjord, river valleys with lowland soils, 14% forest coverage
dispersed settlement pattern, long commuting distance (29.4 km), 2/3 of transport emissions from transit traffic, 400 hectares of carbon-rich lowland soils
Partnerships & Alliances
- •
Klimaskovfonden
- •
Nationalpark Skjoldungernes Land
- •
Green Producers Club
- •
Lejre Lokalvarme A.m.b.a.
- •
ARGO
- •
Fors
Citizen Involvement
- •
Climate Week
- •
Climate Villages
- •
workshops and dialogue meetings
- •
joint student council
Climate Risks & Adaptation
flooding from cloudbursts and storm surges, rising groundwater levels, heatwaves and drought, wildfires
Planned measures
- •
climate lakes and wetlands
- •
re-meandering of river courses
- •
500 trees in villages
- •
crisis management team for extreme weather
2030 Gap Analysis
ongoing monitoring and development of new actions
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