Earth probe regeneration

Geothermal probes are to be preferred over less efficient heat pump systems with regard to the winter electricity gap.

However, only a fraction of the extracted energy flows back from the ground. Geothermal probes with drilling depths of up to 500m do not use geothermal energy but stored solar energy. In contrast to "real" geothermal energy with drilling depths of 2,000m and more, only a fraction of the energy extracted flows out of the earth's interior. In larger construction projects with borehole heat exchangers, their regeneration is essential. Thermal regeneration may also be necessary if borehole heat exchangers are used in close proximity to each other.

Hybrid collectors are ideally suited for the regeneration of geothermal probes and do not compromise the space required for electricity generation.

Residential and commercial development Bahnhofstrasse Wil

In Wil, a new residential and commercial development with bicycle parking is being built right next to the railway station. The heating and cooling energy is provided by a geothermal probe field regenerated with PVT collectors.

Überbauung Wydäcker, Zürich

In Zurich, the Wydäcker development goes into operation: 4 apartment buildings with regenerated geothermal probe fields.

Maihofhalde Luzern

At Maihofhalde in Lucerne, the 3rd stage with 90 flats was realised on behalf of abl (allgemeine baugenossenschaft luzern).

Scheme earth probe regeneration

Further information:

Allianz 2SOL