Shallow geothermal energy is currently adopted in many countries for the heating and cooling of buildings. Interactions between close geothermal plants will become more and more relevant as a result of the widespread dissemination of such systems. This paper describes a preliminary investigation of the interactions at the city scale. The case study of a central district in the city of Turin (Italy) is considered. Data from existing installations were collected and thermo-hydro finite element analyses were conducted to establish the actual ground thermal conditions and predict their evolution. This allowed identification of the areas of the city where temperature anomalies could be expected, because of thermal exploitation.

中文翻译：

---

地热开采引起的地下热条件的城市规模分析

目前，许多国家采用浅层地热能来进行建筑物的供暖和制冷。由于这种系统的广泛传播，紧密的地热发电厂之间的相互作用将变得越来越重要。本文介绍了对城市规模互动的初步调查。考虑了都灵（意大利）市中心的案例研究。收集了来自现有设施的数据，并进行了热水有限元分析，以建立实际的地面热条件并预测其演变。这样可以识别由于热力开发而可能导致温度异常的城市区域。