Which Danish Municipality Is Best for Your Energy Community?
Compare all 98 Danish municipalities by renewable energy capacity, klimaplan targets, and energy community readiness — with real data.
Why municipality choice matters for energy communities
Not all Danish municipalities are equally positioned for energy communities. Differences in existing renewable energy infrastructure, klimaplan ambitions, regulatory frameworks, and grid connection capacity mean that the potential for a new energy community varies dramatically from one municipality to another.
We analyzed data from all 98 Danish municipalities — renewable energy capacity, electricity consumption, klimaplan targets, and CO₂ reduction progress — to calculate a composite readiness score.
Total solar capacity
Total wind capacity
With klimaplan
Avg. renewable energy
All 98 municipalities ranked by energy community readiness
Click column headers to sort. Green rows = top 3 scoring municipalities.
Top 10 municipalities for solar energy communities
These municipalities have the highest installed solar capacity, indicating existing infrastructure, permitting experience, and favorable conditions for new solar energy communities.
Aabenraa
357.3 MW solar · 84.3 MW wind · 46.2% renewable
Lolland
301.9 MW solar · 638.5 MW wind · 88.5% renewable
Vejen
264.3 MW solar · 61.0 MW wind · 41.5% renewable
Kolding
243.8 MW solar · 34.0 MW wind · 20.3% renewable
Vejle
226.2 MW solar · 53.4 MW wind · 36.1% renewable
Holstebro
177.4 MW solar · 230.2 MW wind · 75.7% renewable
Viborg
169.5 MW solar · 74.0 MW wind · 31.0% renewable
Ringkøbing-Skjern
164.4 MW solar · 681.4 MW wind · 84.3% renewable
Faxe
141.7 MW solar · 35.1 MW wind · 56.5% renewable
Randers
137.0 MW solar · 248.0 MW wind · 87.3% renewable
Top 10 municipalities for wind energy communities
These municipalities have the highest combined on- and offshore wind capacity, suggesting good wind resources, existing infrastructure, and local familiarity with wind projects.
Esbjerg
857.5 MW wind · 30.3 MW solar · 54.0% renewable
Ringkøbing-Skjern
681.4 MW wind · 164.4 MW solar · 84.3% renewable
Lolland
638.5 MW wind · 301.9 MW solar · 88.5% renewable
Vordingborg
622.5 MW wind · 99.6 MW solar · 38.3% renewable
Norddjurs
452.0 MW wind · 92.3 MW solar · 45.3% renewable
Lemvig
401.8 MW wind · 133.3 MW solar · 93.6% renewable
Randers
248.0 MW wind · 137.0 MW solar · 87.3% renewable
Holstebro
230.2 MW wind · 177.4 MW solar · 75.7% renewable
Jammerbugt
218.7 MW wind · 39.4 MW solar · 82.9% renewable
Thisted
196.3 MW wind · 60.8 MW solar · 80.0% renewable
Municipalities with the biggest klimaplan gaps
These municipalities have the largest gaps between their klimaplan targets and current progress. Energy communities can play a crucial role in closing this gap — especially in the energy and transport sectors.
Aalborg
Gap: 500,000 tons CO₂ · Largest sector: Agriculture and transport
Silkeborg
Gap: 475,000 tons CO₂ · Largest sector: Energy
Horsens
Gap: 362,000 tons CO₂
Herning
Gap: 282,000 tons CO₂
Esbjerg
Gap: 245,965 tons CO₂ · Largest sector: Agriculture
Randers
Gap: 152,000 tons CO₂ · Largest sector: Agriculture and transport
Norddjurs
Gap: 105,450 tons CO₂ · Largest sector: Agriculture and heavy transport
Assens
Gap: 100,000 tons CO₂ · Largest sector: Transport
Aabenraa
Gap: 70,000 tons CO₂ · Largest sector: Agriculture and transport
Varde
Gap: 64,463 tons CO₂ · Largest sector: Agriculture
Read our in-depth analysis in the Klimaplan Gap Analysis →
Find your municipality
Search for your municipality to see detailed energy and klimaplan data.
Showing 10 municipalities
Frequently Asked Questions
Based on our analysis of installed solar capacity, klimaplan targets, and infrastructure, Aabenraa scores highest for solar energy communities with 357.3 MW of installed solar capacity.
Our readiness score (0-100) combines five factors: renewable energy capacity (30%), klimaplan completeness (25%), CO₂ reduction progress (20%), legal framework (15%), and existing infrastructure (10%).
Yes. A low score indicates less existing infrastructure, but it can also mean greater potential — especially in municipalities with large klimaplan gaps that need renewable energy projects to meet their 2030 targets.
72 of 98 Danish municipalities have a published klimaplan with specific CO₂ reduction targets.
Denmark has a total of 5049 MW of solar capacity and 7499 MW of wind capacity across 98 municipalities, with an average of 29.3% renewable energy.
The municipalities with the biggest klimaplan gaps are Aalborg (500,000 tons), Silkeborg (475,000 tons), Horsens (362,000 tons). These municipalities have the greatest need for energy communities to close the gap.