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Canton Fribourg overview
Ranking · Data 2025 · Source: BFS

The greatest solar potential in canton Fribourg

National ranking

Bulle FR has the greatest solar-energy potential in canton Fribourg: its roofs could generate about 167 GWh of electricity a year. Next come Fribourg (137 GWh) and Estavayer (102 GWh). This is modelled roof potential — largest where there is the most roof area, not current generation. Source: BFE.

Ranking

BFE · 2025
RankMunicipalityRoof potentialResidents
1Bulle FR167 GWh26'749
2Fribourg137 GWh38'660
3Estavayer102 GWh10'296
4Murten95 GWh9'531
5Tafers93 GWh7'900
6Gibloux90 GWh8'134
7Düdingen85 GWh8'939
8Châtel-Saint-Denis77 GWh8'512
9Belmont-Broye75 GWh6'011
10Romont66 GWh5'891
11Kerzers62 GWh5'448
12Villars-sur-Glâne61 GWh12'444
13Marly54 GWh9'069
14Courtepin54 GWh5'765
15Mont-Vully52 GWh4'452
16Ried bei Kerzers51 GWh1'223
17Plaffeien50 GWh3'668
18Gurmels48 GWh4'695
19Wünnewil-Flamatt46 GWh5'722
20Givisiez45 GWh3'309
21Schmitten45 GWh4'300
22Vuisternens-devant-Romont43 GWh2'352
23Ursy39 GWh3'493
24Rue39 GWh1'592
25Siviriez38 GWh2'566
26Bösingen38 GWh3'341
27Val-de-Charmey38 GWh2'672
28Le Mouret36 GWh3'323
29Vuadens35 GWh2'556
30Hauterive34 GWh2'687
31Granges-Paccot32 GWh3'936
32Sâles32 GWh1'452
33Villaz32 GWh2'347
34Montagny30 GWh3'017
35Attalens30 GWh3'678
36Prez29 GWh2'472
37Ueberstorf28 GWh2'400
38Avry28 GWh1'926
39Villorsonnens26 GWh1'526
40Haut-Intyamon26 GWh1'691
41Gruyères26 GWh2'301
42Saint-Aubin26 GWh1'970
43Corminboeuf25 GWh2'928
44Bois-d’Amont25 GWh2'381
45Belfaux24 GWh3'470
46Riaz24 GWh2'890
47St. Ursen24 GWh1'441
48Cugy24 GWh1'989
49Misery-Courtion24 GWh2'364
50Matran24 GWh1'774
51Pont-en-Ogoz23 GWh2'013
52Cheyres-Châbles23 GWh2'468
53Marsens23 GWh2'115
54La Verrerie22 GWh1'346
55La Roche22 GWh1'859
56Semsales21 GWh1'575
57Treyvaux21 GWh1'596
58Bas-Intyamon21 GWh1'701
59Les Montets21 GWh1'614
60La Brillaz20 GWh2'201
61Broc20 GWh2'810
62Surpierre19 GWh1'230
63Vaulruz19 GWh1'128
64Sorens18 GWh1'096
65Neyruz18 GWh2'875
66Heitenried17 GWh1'403
67Saint-Martin16 GWh1'011
68Giffers16 GWh1'684
69Mézières16 GWh1'147
70Le Flon16 GWh1'203
71Rechthalten15 GWh1'152
72Cottens15 GWh1'508
73Bossonnens15 GWh1'609
74Torny15 GWh1'082
75Jaun14 GWh647
76Grandvillard13 GWh858
77Tentlingen13 GWh1'358
78La Sonnaz13 GWh1'406
79Delley-Portalban13 GWh1'339
80Cressier13 GWh1'094
81Sévaz13 GWh314
82Le Pâquier13 GWh1'390
83Granges13 GWh970
84Plasselb13 GWh1'059
85Courgevaux12 GWh1'462
86St. Silvester12 GWh1'014
87Corbières12 GWh1'042
88Fétigny12 GWh1'189
89Remaufens11 GWh1'285
90Gletterens11 GWh1'135
91Autigny11 GWh804
92Fräschels11 GWh440
93Châtonnaye11 GWh865
94Lully11 GWh1'214
95Billens-Hennens10 GWh908
96Echarlens10 GWh841
97Chénens9 GWh847
98Muntelier9 GWh964
99Le Châtelard9 GWh352
100Pont-la-Ville9 GWh613
101Hauteville9 GWh730
102Massonnens8 GWh606
103Brünisried8 GWh700
104Ménières8 GWh442
105Nuvilly8 GWh493
106Kleinbösingen7 GWh705
107Vallon6 GWh520
108Ulmiz6 GWh425
109Botterens6 GWh741
110Crésuz5 GWh474
111Morlon5 GWh713
112Pierrafortscha5 GWh150
113Meyriez4 GWh564
114Châtillon4 GWh527
115Grangettes4 GWh212
116Châtel-sur-Montsalvens4 GWh359
117Ferpicloz3 GWh251
118Greng3 GWh167
119Villarsel-sur-Marly2 GWh74
120Prévondavaux2 GWh97
Bundesamt für Energie (BFE), retrieved 10.08.2026

How we measure this

BFE

Modelled annual electricity that rooftop photovoltaics could produce across the whole municipality, in gigawatt-hours per year, from the BFE «Solarenergiepotenziale der Schweizer Gemeinden» model (2025 snapshot). It is a potential, not installed capacity or actual generation, and it scales with roof area — so large towns lead simply because they have more roofs. It is a rolling model snapshot, not an annual survey. The companion roofs-plus-façades scenario adds vertical surfaces.

Frequently asked questions

Which municipality in canton Fribourg has the greatest solar potential?
Bulle FR, whose roofs could generate about 167 GWh of electricity a year (2025) — the greatest modelled roof potential of any municipality in canton Fribourg.
Does this mean the municipality actually produces this much solar power?
No. It is the modelled potential of the available roof surfaces — the electricity they could generate if fully used. Actual installed photovoltaics produce far less. The figure comes from the BFE solar model and scales with how much roof area a municipality has.