Energy in Helsingør Kommune
Explore renewable energy data and climate plans for Helsingør Kommune. See how your municipality is progressing towards a green energy future.
12.1%
Renewable Energy
Share of total energy consumption from renewable sources
323.2
Total Consumption (GWh)
Annual electricity consumption across all sectors
11.0
Renewable Capacity (MW)
Total installed solar and wind power capacity
34,322
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Helsingør Kommune has long been one of Denmark's most ambitious climate municipalities, and with the new climate and sustainability plan for 2020-2030, the city is significantly sharpening its targets. The municipality aims to become CO2-neutral as early as 2045 - five years before the national target - and will reduce CO2 emissions to just 1.7 tonnes per citizen annually by 2030 (p. 4). This is a remarkable ambition for a municipality that currently stands at 4.3 tonnes of CO2 per capita (p. 4), which is already considerably below the Danish national average of nearly 9 tonnes. The municipality's total CO2 emissions have already fallen by 36% since 2008, from 6.8 to 4.3 tonnes per citizen annually (p. 4). Transport represents the greatest challenge, contributing approximately 2 tonnes of CO2 per capita, which corresponds to almost half of total emissions (p. 17). District heating currently covers 49% of heat demand and in 2017 emitted approximately 44,000 tonnes of CO2 in total (p. 23), while individual heating with oil and gas boilers accounts for a further 51% of heat demand and approximately 47,000 tonnes of CO2 annually (p. 26). Helsingør's coastal location with sea on two sides makes the municipality particularly vulnerable to climate change, but also creates unique challenges for CO2 reduction (p. 34). Ferry traffic to Sweden, significant tourism and a dispersed settlement structure make the transport challenge greater than in many other Danish municipalities. At the same time, the municipality's role as a tourist destination means there is extra focus on presenting itself as a green and sustainable city that can attract climate-conscious visitors. The most decisive measures in the plan focus on three main areas. First, Helsingør Kraftvarmeværk is being converted from natural gas to biomass, which commenced in 2019 and will eliminate a large portion of CO2 emissions from district heating production (p. 23). Second, 90% of all homes are to be heated with fossil-free heat sources by 2030, requiring a massive replacement of oil and gas boilers with heat pumps or district heating (p. 26). Finally, 20% of all passenger cars are to be electric, plug-in hybrid or hydrogen vehicles by 2030, supported by comprehensive expansion of charging infrastructure (p. 29). Despite ambitious plans, the municipality honestly acknowledges that significant challenges remain. Transport remains the most difficult area, and the plan concedes that "petrol and oil consumption in the transport sector" is among "the most difficult areas to achieve targets for by 2030" (p. 5). To close the remaining CO2 gap, the municipality is considering compensatory measures such as afforestation, purchase of CO2 credits or investments in climate-friendly projects elsewhere (p. 6). Citizens and businesses are engaged through concrete partnerships with organisations such as Energi på Tværs, the One Planet Living project and local trade businesses (pp. 43-44). The municipality is planning comprehensive information campaigns, energy audit offers and the establishment of climate ambassadors in schools and businesses. With a total climate budget of DKK 24.6 million over four years, Helsingør demonstrates that the municipality is prepared to invest significantly in the green transition and create a model for other Danish coastal towns.
Source: Plan for klima og bæredygtighed i Helsingør Kommune 2020-2030 (2019)
Flagship Projects
Conversion of Helsingør Kraftvarmeværk to biomass
Transition from natural gas combined heat and power to biomass combined heat and power from 2019
Energy
One Planet Living
International project co-funded by KR Foundation for mobilising businesses
Citizen engagement
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Energy Supply
- •
Energy savings with 10% reduction in buildings
- •
100% renewable district heating
- •
Conversion from oil and gas boilers to heat pumps
Transport
- •
20% electric vehicles by 2030
- •
Electric buses in public transport
- •
Expanded charging infrastructure
- •
Cycling action plan
Municipal Operations
- •
50% electric vehicles in the municipal fleet
- •
Energy optimisation of municipal buildings
- •
Green procurement policy
Climate Adaptation
- •
LUR and SuDS solutions
- •
Implementation of the Biodiversity Plan
- •
Cloudburst plan
Citizen Engagement
- •
Climate education in schools
- •
Information campaigns
- •
Energy advisory services
Local Characteristics
Key industry: Tourism and ferry operations
Helsingør Kraftvarmeværk, Forsyning Helsingør, Norfors waste cooperation
Coastal location, Sea on two sides, North Coast
Vulnerable to sea level rise, Ferry transport to Sweden, Tourism pressure
Partnerships & Alliances
- •
Energi på Tværs
- •
Norfors
- •
Forsyning Helsingør
- •
KLIKOVAND
- •
Danmarks Naturfredningsforening
Citizen Involvement
- •
Workshops with citizen groups
- •
Information campaigns
- •
Energy audit subsidies
- •
Climate ambassadors
Climate Risks & Adaptation
Rising sea levels, Heavy rainfall and cloudbursts, Coastal erosion, Flooding
Planned measures
- •
LUR and SuDS solutions
- •
Biodiversity Plan
- •
Climate adaptation in municipal planning
- •
Coastal protection on the North Coast
2030 Gap Analysis
Compensatory measures such as afforestation and purchase of CO2 credits
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