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Municipality Energy Data

Energy in Rudersdal Kommune

Explore renewable energy data and climate plans for Rudersdal Kommune. See how your municipality is progressing towards a green energy future.

1.4%

Renewable Energy

Share of total energy consumption from renewable sources

239.9

Total Consumption (GWh)

Annual electricity consumption across all sectors

9.4

Renewable Capacity (MW)

Total installed solar and wind power capacity

32,639

Estimated Households

Approximate number of households based on private consumption

Data from EnergiNet - Denmark's official energy data provider

Climate Plan

Climate Action Plan

Rudersdal Kommune has set an ambitious goal to become climate neutral by 2040 - ten years ahead of the national target. With a target of 85% CO2 reduction by 2030 compared to 1990, the municipality positions itself at the forefront of the green transition. This is not merely symbolic politics, but a necessary response to the climate changes already being felt in the municipality's unique landscape of hills, lakes, and 7.5 kilometres of coastline to Øresund. Rudersdal's current CO2 emissions of 300,000 tonnes annually (p. 7) are distributed almost equally between three main areas: heating (36%), electricity (30%), and transport (29%). This differs markedly from many other Danish municipalities due to the absence of heavy industry and significant agriculture, which creates both advantages and challenges. The advantage is that the municipality can focus on areas where citizens and local businesses can make a difference themselves. The challenge is that solutions require extensive behavioural changes from the municipality's resourceful but also transport-intensive residents. What makes Rudersdal's climate challenge distinctive lies in the municipality's geography and demographics. With large protected nature areas and conserved landscapes, opportunities for local renewable energy production are limited. At the same time, the hilly terrain with 620 lakes and complex water systems means that climate adaptation becomes particularly important - not least when DMI predicts up to 150% more cloudbursts (p. 33). However, the municipality's residents have already demonstrated climate engagement with an electric vehicle share of 5.6% compared to the national 2% (p. 22), and 75% park on their own property, which provides good opportunities for home charging. The three most crucial measures concern heating transition, electric vehicles, and plastic sorting. Conversion of the municipality's approximately 12,000 oil and natural gas boilers to either district heating or heat pumps alone can reduce emissions by 50,000 tonnes of CO2 annually (p. 17). In parallel, the electric vehicle share must reach 50% by 2030, supported by the municipality's charging station strategy. At the same time, 80% of plastic must be sorted from waste incineration, which can save an additional 23,000 tonnes of CO2 (p. 18). These measures have been chosen because they target the areas where Rudersdal has the greatest CO2 emissions and at the same time real local influence. Honesty must also be mentioned: even with all planned measures, solutions will be lacking for 28,000 tonnes of CO2 emissions in 2040 (p. 51). This 'shortfall' primarily stems from transport, where not all fossil cars are expected to be converted to electric, as well as remaining plastic incineration. The municipality acknowledges that the solution may require CO2 storage at Norfors' waste incineration plant or compensating projects outside the municipal boundary - technologies that are not yet mature. Citizens and businesses become key actors through new forms of collaboration such as 'transition communities' and climate ambassador networks. DTU Science Park, with its 300 companies and goal of CO2 neutrality by 2050, leads the way for the business sector. The municipality facilitates through its upcoming citizens' assembly on circular economy and 'green visits' to local businesses. It is a recognition that the municipality's own share of just 3.5% of total emissions (p. 7) requires everyone to take responsibility. Rudersdal is betting on its residents' capacity for action and the strength of its community associations to create change that reaches far beyond the municipal boundary.

Source: Klimahandlingsplan for Rudersdal Kommune 2022-2040 (2022)

300K

Current emissions

19 ton CO2e Per capita

85%

2030 reduction target

Baseline emissions: 450K

Sector Breakdown

Energy

66%

Transport

29%

Agriculture

1%

Waste & Wastewater

5%

Flagship Projects

New sustainable kindergarten in Birkerød

Built to DGNB standard with reuse of building materials from Sjælsøhal

Buildings

New super cycle path along Hørsholm Kongevej

Expansion of the cycle path network to increase cycling

Transport

Climate Actions

Planned Climate Actions

Concrete measures from the municipal climate action plan, organized by sector.

Energy Supply

  • •

    Conversion of 42% of oil and natural gas boilers to district heating (approx. 5,100 boilers)

  • •

    Conversion of 31% of oil and natural gas boilers to individual heat pumps (approx. 3,700 boilers)

  • •

    80% sorting of plastic from waste incineration

  • •

    Phase-out of all natural gas in district heating supply by 2035 at the latest

  • •

    30% energy savings in the municipality's own buildings 2022-2030

Transport

  • •

    50% electric vehicles in Rudersdal by 2030

  • •

    100% electric vehicles in the municipality's own fleet by 2030

  • •

    Increase the share of cyclists by 2 percentage points

  • •

    10% more passengers in public transport

  • •

    Conversion of local buses to zero emission

Municipal Operations

  • •

    New green procurement policy with CO2 focus

  • •

    New green building owner policy with DGNB standard or Nordic Swan label

  • •

    Green municipal travel with focus on trains over flights

Climate Adaptation

  • •

    Securing the sewer system to handle 5-year events in separate systems and 10-year events in combined systems

  • •

    Securing public areas against 100-year storm surges in 2100

  • •

    Mapping and planning for rising near-surface groundwater

Citizen Engagement

  • •

    Transition communities for the climate

  • •

    Climate families as ambassadors

  • •

    Citizens' own proposals on the 'Sammen om Rudersdal' platform

Local Characteristics

Key industry: DTU Science Park with 300 companies and 4,500 employees

Notable assets:

Resourceful and action-oriented residents, Strong community association life, Already higher share of electric vehicles than the national average

Geography:

Hilly terrain with many lakes and kettle holes, 7.5 km coastline to Øresund, Large forest and nature areas (nearly half of the municipality's area), 19 km of public watercourses and 620 lakes

Challenges:

Complex water system with risk of flooding, Many protected areas limit opportunities for renewable energy, 75% of residents park on their own property

Partnerships & Alliances

  • •

    Norfors Fjernvarme and Holte Fjernvarme

  • •

    Neighbouring municipalities (Allerød, Fredensborg, Helsingør, Hørsholm) on fossil-free heating supply

  • •

    DTU Science Park on sustainability focus

  • •

    Movia on fossil-free buses

  • •

    Radius on electricity grid capacity

Citizen Involvement

  • •

    Citizens' assembly on the UN Sustainable Development Goals with 37 participants

  • •

    Upcoming citizens' assembly on circular economy and consumption

  • •

    Transition communities for the climate

  • •

    Climate families as ambassadors

  • •

    SDG fund to support local initiatives

Climate Risks & Adaptation

Sewer overflow during cloudbursts, Storm surge and erosion along 7.5 km of coastline, Rising near-surface groundwater in low-lying areas, Drought and heatwaves with risk of wildfires, Loss of biodiversity

Planned measures

  • •

    Upgrading the sewer system dimensioned for future rainfall volumes

  • •

    Coastal protection with guidance for private landowners

  • •

    Mapping of near-surface groundwater

  • •

    Contingency plans for wildfires and heatwaves

2030 Gap Analysis

CO2 storage at waste incineration plants, afforestation outside the municipality, or CO2 projects abroad

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.

Wind turbine

1 Wind Turbine

25= 0.09 GWh

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