Energy in Ishøj Kommune
Explore renewable energy data and climate plans for Ishøj Kommune. See how your municipality is progressing towards a green energy future.
2.6%
Renewable Energy
Share of total energy consumption from renewable sources
97.9
Total Consumption (GWh)
Annual electricity consumption across all sectors
4.7
Renewable Capacity (MW)
Total installed solar and wind power capacity
8,534
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Ishøj Kommune has set the ambitious goal of becoming climate neutral by 2050 at the latest, with an intermediate reduction of 66 percent as early as 2030. This is not only a climate necessity, but also an opportunity to strengthen the municipality's attractiveness and create new green jobs for the 23,225 inhabitants. The climate plan from 2023 recognises that the green transition should create added value through better finances, enhanced well-being, and improved health for all citizens. In 2019, Ishøj Kommune emitted a total of 129,000 tonnes of CO2, equivalent to 5.6 tonnes per inhabitant (p. 9). The greatest challenge lies in the mobility sector, which alone accounts for 62 percent of emissions, while the energy sector contributes 32 percent (p. 9). What is particularly problematic is that a full 77 percent of transport emissions come from through-traffic on Motorring 4 and E20, which wind through the municipality - traffic over which Ishøj has limited direct control (p. 14). Ishøj's geographic location on Køge Bugt creates both opportunities and challenges. The municipality is designated as a flood risk area, and the near-surface groundwater lies only approximately one metre below ground level, making climate adaptation a pressing task (p. 29). At the same time, the coastal location provides opportunities for innovative projects such as planting eelgrass in Køge Bugt, which both absorbs CO2 and improves biodiversity (p. 21). The most transformative measures focus on the energy sector, where the municipality expects to achieve 100 percent reduction as early as 2030 (p. 10). This is to be achieved through rollout of district heating, phase-out of all oil and gas boilers, and an exciting geothermal development project in collaboration with VEKS, which has the potential to deliver between 120 and 240 MW of clean energy (p. 35). In transport, the municipality is investing in the upcoming light rail, which opens in 2026 with two stops in the municipality, as well as promoting micromobility through the existing path system, which already places Ishøj at the top of the national cycling survey (p. 15). The greatest challenge lies in managing the lack of control over motorway traffic and the fact that even with all planned measures, there will in 2050 still be a residual emission of approximately 12,800 tonnes of CO2, primarily from the transport sector (p. 11). The municipality honestly acknowledges that technological development in heavy transport and electric-powered freight transport is necessary to close this gap. The plan will therefore be evaluated and revised every four years to integrate new solutions. Citizen engagement takes place through the established Grønt Råd with approximately 20 representatives from local associations and housing organisations, as well as the new Ishøj Klimaforum, which will bring together citizens, businesses, and institutions around concrete climate actions (p. 8). The municipality also aims to create local, green communities through initiatives such as communal cooking with a focus on vegetarian food in Brohuset and climate challenges between school classes. The goal is to make the green transition a natural part of community life, where climate action is anchored where it makes sense for the individual citizen.
Source: Klimaplan 2050 (2023)
129K
Current emissions
5.6 ton CO2e Per capita
66%
2030 reduction target
Sector Breakdown
Energy
32%
Transport
62%
Agriculture
2.1%
Waste & Wastewater
3.8%
Flagship Projects
Geothermal development project
VEKS development project with potential of 120-240 MW geothermal energy
Energy
Eelgrass in Køge Bugt
Planting of eelgrass for CO2 uptake and biodiversity
Climate adaptation
Letbanen (Light rail)
Opens in 2026 with two stops in Ishøj Kommune
Transport
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
Rollout of district heating
- •
Phase-out of oil and gas boilers by 2030
- •
Installation of solar panel systems on municipal buildings
- •
Geothermal development project
- •
Energy renovation of municipal buildings
Transport
- •
Municipal electric vehicle fleet
- •
Mobility strategy
- •
Dedicated parking spaces for car-sharing vehicles
- •
Fossil-free bus operations
- •
Cycling campaigns targeting institutions and schools
Industry
- •
Promotion of energy savings in industry and commerce
Municipal Operations
- •
Green procurement policy
- •
CO2 requirements for municipal buildings
- •
Energy renovation of municipal buildings
Climate Adaptation
- •
Establish graduated protection levels against storm surge
- •
Develop emergency preparedness plan
- •
Nature-based coastal protection and development of Strandparken
- •
New wastewater plan
- •
Biodiversity strategy
Citizen Engagement
- •
Establishment of Climate Forum for citizens, clubs, and associations
- •
Communal cooking in Brohuset
- •
Climate challenge in schools
- •
Lending of electric bicycles to citizens
Local Characteristics
Separate sewerage system, Path system separate from the road network, S-train station within 1 km for 75% of citizens
Køge Bugt, Strandparken, Motorring 4, E20
77% of CO2 emissions come from through-traffic on motorways, Near-surface groundwater approximately 1 metre below ground level, Coastal location with risk of storm surge
Partnerships & Alliances
- •
VEKS
- •
I/S Vestforbrænding
- •
Strandparken I/S
- •
Erhvervshus Hovedstaden
- •
Grønt Råd
- •
Neighbouring municipalities along Køge Bugt
Citizen Involvement
- •
Grønt Råd with approximately 20 representatives
- •
Ishøj Klimaforum
- •
Public meetings on energy renovation
- •
Climate ambassadors
Climate Risks & Adaptation
Groundwater, Precipitation, Coast and storm surge
Planned measures
- •
Graduated protection levels against storm surge
- •
Emergency preparedness plan
- •
Climate adaptation of the drainage system
- •
Nature-based coastal protection
2030 Gap Analysis
Evaluate and revise the climate plan every 4 years
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