Energy in Næstved Kommune
Explore renewable energy data and climate plans for Næstved Kommune. See how your municipality is progressing towards a green energy future.
26.8%
Renewable Energy
Share of total energy consumption from renewable sources
536.4
Total Consumption (GWh)
Annual electricity consumption across all sectors
133.5
Renewable Capacity (MW)
Total installed solar and wind power capacity
45,899
Estimated Households
Approximate number of households based on private consumption
Climate Action Plan
Næstved Kommune faces a dual climate challenge, where the ambition of CO2 neutrality by 2050 must be balanced with an urgent need to protect citizens against extreme weather events. The municipality's climate adaptation plan from April 2023 is part of the broader DK2020 climate plan and builds on a fundamental principle that the risk of climate-related events must not increase. Næstved's particular geographic location with coastal areas at Karrebæksminde Bay, Karrebæk Fjord and Smålandsfarvandet creates unique challenges. DMI's climate projections show that the municipality can expect a mean water level rise of 90 cm by 2110 and 30 percent more precipitation than today. Particularly vulnerable are the low-lying areas around Karrebæksminde and Enoe, where up to 250 homes and holiday homes risk flooding during a 100-year storm surge in the future. What makes Næstved's climate challenge particularly complex is the combination of coastal risks and inland flooding. While many municipalities primarily focus on either sea or precipitation problems, Næstved must handle both. The municipality has areas that are already below sea level today, including parts of Nylands Mose and Kristiansholm Plantage, while at the same time low-lying areas in Næstved town are vulnerable to the more intense cloudbursts that climate change brings. The most comprehensive measures focus on physical protection and intelligent planning. The dike project on Enoe, completed in spring 2023, protects approximately 750 residences against storm surges and represents the municipality's largest single climate adaptation investment. In parallel, the municipality has since 2016 established climate lakes along Ellebækken and carried out extensive nature restoration along 12 km of the Saltø Å system. The preventive approach through municipal planning is equally important -- new residential areas may no longer be located in flood-prone areas, and all new construction in risk areas must be built to stricter foundation level requirements. Nevertheless, the municipality acknowledges significant gaps in climate protection. Many private holiday homes around Karrebæksminde remain vulnerable, and it is the property owners' own responsibility to protect against future storm surges. In Næstved town, older sewer systems are not dimensioned for the heavier rainfall of the future, and the municipality acknowledges that only the most critical stretches of infrastructure can be protected in an economically responsible manner. Particularly problematic is the fact that some of the municipality's most important transport connections, including Karrebækvej to Enoe and Vordingborgvej at Dybsø Fjord, will be regularly flooded without costly protective measures. Citizens are engaged primarily through information and self-help. The municipality has developed detailed climate maps available online and advises citizens on how to protect their properties against flooding. For farmers and landowners in vulnerable areas, the municipality offers guidance on nature restoration projects that can combine climate protection with financial compensation. This approach acknowledges the fundamental reality that the municipality cannot protect everyone against all climate risks but must prioritise the most critical areas while citizens take responsibility for their own protection.
Source: Klimatilpasningsplan for Næstved Kommune (2023)
Flagship Projects
Dike on Enoe
Establishment of storm surge protection on Enoe securing approximately 750 residences/holiday homes against flooding during a 100-year event, completed spring 2023
Climate adaptation
Saltø Å nature restoration project
12 km nature restoration on the lower part of Saltø Å, Harrested Å and Tyskerrenden in 2021 with re-meandering and wetlands
Climate adaptation
Climate lakes along Ellebækken
Established 2016-2017 to retain water in winter and drain water in summer
Climate adaptation
Planned Climate Actions
Concrete measures from the municipal climate action plan, organized by sector.
Climate Adaptation
- •
Establishment of a dike on Enoe as protection against 100-year storm surges
- •
Changed practice in municipal planning - avoid urban development in flood-prone areas
- •
Protection of infrastructure, technical facilities and emergency services
- •
Climate measures for new residential areas with local rainwater drainage
- •
Setting of foundation levels for construction in risk areas
- •
Information and climate maps made accessible to citizens
Local Characteristics
Kristiansholm Plantage, Saltø Å nature restoration project, Climate lakes along Ellebækken
Karrebæksminde Bay and Karrebæk Fjord, Dybsø Fjord, Præstø Fjord, Suså river, Enø, Nylands Mose
Coastal areas at risk of storm surge, Low-lying areas below sea level, Flat areas along watercourses, Basements at risk of flooding during cloudbursts
Climate Risks & Adaptation
Storm surge at Karrebæksminde and Appenaes, Higher water levels - 90 cm rise in mean water level by 2110, Cloudbursts and increased precipitation - 30% more precipitation than today, Flooding of approx. 250 homes during a 100-year storm surge in 2110, Risk of flooding of Karrebækvej and Vordingborgvej
Planned measures
- •
Establishment of dike on Enoe completed spring 2023
- •
Avoid urban development in flood-prone areas
- •
Climate lakes established 2016-2017 along Ellebækken
- •
Wetland projects and re-meandering of watercourses since 2012
- •
Sustainable urban drainage (SuDS) solutions for new local plans
- •
Protection of technical facilities in flood-prone areas
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