| Name | Operation start | Specifications | Location | Links |
|---|---|---|---|---|
| Porto piccolo Sistiana | 2014 |
Heat source: Sea water Installed capacity: 4.5 MW Network length: 2 km |
Trieste, Italy | |
| Geneve-Lac-Nations | 2008 |
Heat source: Lake water Installed capacity: 4.3 MW Network length: 6 km |
Geneve, Switzerland | |
| La Tour-de-Peilz | 2015 |
Heat source: Lake water Installed capacity: 18.5 MW Network length: 15 km |
Vevey, Switzerland | |
| Brooke Street | 2012 |
Heat source: Ground Installed capacity: 0.12 MW SCOP: 3.2 |
Derby, United Kingdom | |
| University of Bergen | 1995 |
Heat source: Sea water |
Bergen, Norway | |
| Duindorp | 2009 |
Heat source: Sea water Installed capacity: 2.4 MW |
Den Haag, Netherlands | |
| Janseniushof project | 2017 |
Heat source: River/ground water Installed capacity: 2.4 MW |
Leuven, Belgium | |
| Complesso della Torre | 2007 |
Heat source: Sea water Installed capacity: 7.4 MW Heated area: 69.000 m2 |
Savona, Italy | |
| Ospitaletto | 2018 |
Heat source: Ground water Installed capacity: 1.36 MW SCOP: 4.14 Network length: 2.3 km |
Ospitaletto, Italy | |
| Arsenale nord | 2013 |
Heat source: Sea water/Fossils Installed capacity: 6 MW SCOP: 5 Heated area: 115.000 m2 |
Venice, Italy | |
| Sale Marasino | 2014 |
Heat source: Ground water Installed capacity: 0.14 MW SCOP: 4.25 |
Sale Marasino, Italy | |
| Jardins de la Pala | 2012 |
Heat source: Ground water Installed capacity: 2 MW SCOP: 5.8 Heated area: 65.000 m2 |
Bulle, Switzerland | |
| Saas-Fee | 2015 |
Heat source: Air/ground water Installed capacity: 0.56 MW |
Saas-Fee, Switzerland | |
| Visp-West | 2008 |
Heat source: Excess heat Installed capacity: 3.5 MW Network length: 4.2 km |
Visp, Switzerland | |
| Brig-Glis | 2009 |
Heat source: Ground water |
Brig, Switzerland | |
| Krommen Kelchbach | 2013 |
Heat source: Ground water |
Naters, Switzerland | |
| REKA village | 2014 |
Heat source: Multiple |
Blatten-Belalp, Switzerland | |
| Oberwald/Obergoms | 1994 |
Heat source: Geostructure Installed capacity: 1.372 MW |
Oberwald, Switzerland | |
| Sedrun | 2017 |
Heat source: Air/Ground Installed capacity: 1.2 MW |
Tujetsch, Switzerland | |
| Rheinfels/Kleinbruggen | 2013 |
Heat source: Multiple Installed capacity: 2.4 MW |
Chur, Switzerland | |
| Suurstoffi | 2012 |
Heat source: Multiple SCOP: 3.5 MW Heated area: 165.000 m2 |
Rotkreuz, Switzerland | |
| Familienheim-Genossescnhaft | 2014 |
Heat source: Excess heat/Ground |
Zürich, Switzerland | |
| ETH Campus Hönggerberg | 2013 |
Heat source: Ground SCOP: 5.8 Installed capacity: 5.5 MW |
Zürich, Switzerland | |
| Richti Wallisellen | 2014 |
Heat source: Excess heat/Ground |
Zürich, Switzerland | |
| Schallstadt Weiermatten | 2019 |
Heat source: Sewage water Network length: 0.7 km |
Schallstadt, Germany | |
| Neumatten | 2009 |
Heat source: Ground water Installed capacity: 0.76 MW |
March-Hugstetten, Germany | |
| Karl-May-Weg | 2013 |
Heat source: Air/Solar with ice storage Installed capacity: 0.185 MW SCOP: 4.7 Network length: 1 km |
Fischerbach, Germany | |
| Bodenmais | 2013 | Heated area: 19 housing units |
Bodenmais, Germany | |
| Grüne Höfe | 2011 | Heat source: Borehole field (1,200 m2, 29 probes, 111 m in depth) water Installed capacity: 0.2 MW Heated area: 3 buildings |
Esslingen, Germany | |
| Afrastraße | 2018 | Heat source: Ground water (105 m3/h) Heated area: 18.000 m2 (250 housing units) |
Friedberg, Germany | |
| Am Vohbach | ??? | Heat source: Geothermal probes (60 probes, 50-70 m in depth) Heated area: 40 housing units |
Burheim, Germany | |
| Dollnstein | 2014 | Heated area: 38 housing units |
Dollnstein, Germany | |
| Wüstenrot | 2012 | Heat source: Ground Heated area: 40 housing units Installed capacity: 0.32 MW SCOP: 4.45 |
Wüstenrot, Germany | |
| Max-Ernst-Straße | 2017 | Heat source: Ground | Schifferstadt, Germany | |
| Küferweg | 2011 | Heat source: Ground | Mainz, Germany | |
| Biebricher Schlosspark | 2011 | Heat source: Sewage water Heated area: 80 buildings |
Wiesbaden, Germany | |
| Neubaugebiet Süd (Bad Nauheim) | 2021 (planned) | Heat source: Geothermal collector field (20.000 m2) Network length: 13 km Primary energy factor: 0.46 |
Bad Nauheim, Germany | |
| Troisdorf | 2014 | Heat source: Ground water | Köln, Germany | |
| Sohnius-Weide | 2017 | Heat source: Solar/Ground SCOP: 4.23 |
Nümbrecht, Germany | |
| Dorsten-Wulfen | 1979 | Heat source: Ground water Heat area: 12.240 m2 (71 buildings) |
Dorsten, Germany | |
| Stiegelpotte | 1994 | Heat source: Ground/Fossils | Spenge, Germany | |
| Obstanger | 2000 | Heat source: Air/Ground Installed capacity: 0.24 MW |
Herford, Germany | |
| Ohrberg | 2001 | Heat source: River Installed capacity: 0.37 MW SCOP: 0.47 |
Ohrberg, Germany | |
| Aurich | 2010 | Heat source: Excess heat Installed capacity: 1.5 MW SCOP: 4.5 |
Aurich, Germany | |
| Geltinger Bucht | 2017 | Heat source: Geothermal collector (2.700 m2) with air source heat pump (42 kW, 5 °C supply temperature) Heat price: 7 ct/kWh Heat area: 150 buildings Network length: 10 km Primary energy fator: 0.45 |
Schleswig, Germany | |
| Medicon Village | 2016 | Heat source: Reversible air source heat pump | Malmö, Sweden | |
| mg+ district | Heat source: Geothermal heat, waste heat | Mönchengladbach, Germany |