Energy in Læsø Kommune
Explore renewable energy data and climate plans for Læsø Kommune. See how your municipality is progressing towards a green energy future.
31.9%
Renewable Energy
Share of total energy consumption from renewable sources
14.4
Total Consumption (GWh)
Annual electricity consumption across all sectors
7.8
Renewable Capacity (MW)
Total installed solar and wind power capacity
2,222
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Læsø Kommune has adopted an ambitious climate plan to bring the small island municipality in line with the Paris Agreement's targets of 70% CO2 reduction by 2030 and climate neutrality by 2050. The plan's particular strength lies in its anchoring in the island's unique culture of frugality, where resource awareness has been a survival necessity for generations. The municipality has already achieved significant environmental progress by reducing CO2 emissions from 47,400 tonnes in 1990 to 31,200 tonnes in 2018 - a 35% reduction mainly thanks to solar panel systems that today cover over 65% of the island's electricity consumption. The largest sources of emissions today are transport, agriculture, and individual heating, where dependence on ferry services to the mainland and the many oil boilers in private homes represent central challenges. Læsø's climate challenge differs markedly from other Danish municipalities due to the island's isolation in the middle of the Kattegat and the particular geographic conditions. With only 1,800 permanent residents who must finance infrastructure for up to 10,000 people during the summer period, the municipality faces unique economic constraints. At the same time, nearly 70% of the island's area consists of nature areas - the opposite of the national average - which provides both opportunities and limitations for climate measures. The most ambitious initiatives include a new electric-powered ferry to replace the current diesel-powered main ferry in 2026, as well as establishment of a large solar panel system that will make Læsø a net exporter of green electricity by 2030 at the latest. A particularly innovative project involves re-establishment of eelgrass in up to 6,000 hectares of sea area around the island, which can not only contribute significantly to CO2 sequestration but also develop new business opportunities in sustainable building materials based on the island's historic seaweed roof tradition. Despite the ambitious targets, the municipality is left with a shortfall of 4,300 tonnes of CO2 annually in relation to climate neutrality. The greatest challenges lie particularly within freight transport to and from the island, where technology is not yet mature enough for cost-effective transition. Additionally, many of the plan's measures depend on private actors' voluntary transition, including replacement of oil boilers and diesel cars, which the municipality can only influence through advisory services and facilitation. The municipality focuses on close collaboration with local actors such as Læsø Fiskeriforening, Læsø Landbrug, and the business community to realise the plan's targets. Through public meetings, webinars, and an upcoming website for knowledge sharing, the municipality seeks to ensure broad support and ownership of the green transition, while the work simultaneously supports the island's application for UNESCO World Heritage status for salt production and seaweed roofs.
Source: DK2020-Klimaplan (2023)
31K
Current emissions
70%
2030 reduction target
Baseline emissions: 47K
Flagship Projects
New ferry with green fuel
Electric-powered ferry with biodiesel backup that does not need to turn in the harbour
Transport
Large solar panel system with citizen ownership
New system that makes the municipality a net exporter of green electricity by 2030 at the latest
Energy
Eelgrass cultivation in the sea
Re-establishment of eelgrass on up to 6,000 hectares with potential for the building industry
Nature
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
Establishment of a new large solar panel system
- •
Solar panels on the waterworks
- •
90% fewer oil boilers by 2030
- •
Expansion of district heating in Byrum
Transport
- •
New ferry with green fuel in 2026
- •
Sale of reserve ferry Ane Læsø in 2026
- •
Energy optimisation of Margrete Læsø
- •
Public bus service with electric buses
Agriculture
- •
No-till farming
- •
Farm cooperatives
- •
Local production of protein for feed
- •
2,000 hectares of nature management
Industry
- •
Nozzle propellers to reduce fuel consumption
- •
Energy optimisation in the lobster industry
Municipal Operations
- •
Energy labelling and energy renovation of municipal buildings
- •
Switch to electric cars in home care
- •
Solar panels on the harbours
- •
Green procurement and circular economy
Climate Adaptation
- •
Mapping of threats to the road network
- •
Guidance for landowners with exposed properties
- •
Trials with high-water gates in ditches
- •
Maintenance and adaptation of the ditch network
Citizen Engagement
- •
Education of children and young people to make conscious choices
- •
Advice and guidance for citizens on the green transition
- •
Promotion of cycling and active outdoor life
Local Characteristics
Key industry: Tourism and fishing
UNESCO World Heritage candidate, Large share of nature areas (70%), Existing solar panel production (65% of electricity consumption), Eelgrass potential of 6,000 hectares
Island in the Kattegat, Sandy ground, High groundwater levels in winter, Most sunshine hours in Denmark
Isolation from the mainland, Dependence on ferry services, Scattered settlement, High proportion of elderly citizens
Partnerships & Alliances
- •
Læsø Fiskeriforening
- •
Læsø Landbrug
- •
Destination Nord
- •
Læsø Turist- og Erhvervsforening
- •
Region Nordjylland
Citizen Involvement
- •
Webinar on building fund for energy renovation
- •
Public meeting on energy savings
- •
Website for knowledge sharing and input
- •
Meeting every two years with private actors
Climate Risks & Adaptation
Flooding from sea and precipitation, High groundwater levels, Drought and heatwave
Planned measures
- •
Mapping of threats to the road network
- •
Trials with high-water gates in ditches
- •
Guidance for citizens on securing properties
- •
Improved emergency preparedness for heatwaves for elderly and vulnerable citizens
2030 Gap Analysis
Technological development in freight transport is expected to provide better options going forward
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