In the effort to reduce emissions, in particular those due to energy conversion and transformation, renewal energies can give a substantial contribution in this field. For house heating, direct exploitation of subsoil energy is a matter of great interest. To extract subsoil energyfor house utilization, a plant is needed. Among different parts and devices included in the plant dedicated to conversion and transmission, geothermal probe plays an important role. It is a special device allowing conversion from thermal energy to thermal energy with different enthalpy. It operates as a sensing system without changing the type of energy. In general, there are two types of probe: vertical and horizontal probes. The article illustrates the design, construction and testing of a high efficiency vertical polymergeothermal probe. A verification of flow/fluid measurement has been carried out.
Design of high efficiency polymer probe for geothermal energy transmission and measurement
Lay-Ekuakille A.
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2020-01-01
Abstract
In the effort to reduce emissions, in particular those due to energy conversion and transformation, renewal energies can give a substantial contribution in this field. For house heating, direct exploitation of subsoil energy is a matter of great interest. To extract subsoil energyfor house utilization, a plant is needed. Among different parts and devices included in the plant dedicated to conversion and transmission, geothermal probe plays an important role. It is a special device allowing conversion from thermal energy to thermal energy with different enthalpy. It operates as a sensing system without changing the type of energy. In general, there are two types of probe: vertical and horizontal probes. The article illustrates the design, construction and testing of a high efficiency vertical polymergeothermal probe. A verification of flow/fluid measurement has been carried out.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
