Geothermal Probe with Heat Pipe Principle

GE-110

Demonstration of the operation of a geothermal probe with heat pipe principle

Heat pipe made of glass with transparent temperature control jacket

Specifications

  1. Demonstration of the operation of a geothermal probe with heat pipe principle

  2. Heat pipe made of glass with transparent temperature control jacket

  3. Water as a working medium for heat dissipation in the heat exchanger

  4. Supply of the working medium via the lab network or via water chiller to ensure a maximum water temperature of 16°C

  5. Simulation of the energy balance of a heat pump in the A software

  6. Refrigerant R1233zd, GWP: 1

  7. A software for data acquisition via USB under Windows 8, 10

Features

  1. Heat pipe

    • length: approx. 1000mm

    • Ø external, heat pipe: approx. 56mm

    • Ø external, temperature control jacket: approx. 80mm

  2. Heater in the heating circuit

    • output: 2KW

  3. Pump in the heating circuit

    • Max. flow rate: 1,9m3/h 

    • Power consumption: 58W

    • U-tube geothermal probe made of copper

    • length: approx. 1000mm

  4. Pump in the thermal response test

    • flow rate: 4,8…28,2L/h

    • Power consumption: max. 60W

  5. Heating element in the water tank

    • output: 100W

  6. Heating element in the sand container

    • output: SOW

    • Refrigerant: R1233zd, GWP: 1

    • filling volume: 2,3kg

    • CO2-equivalent: Ot

  7. Measuring ranges

    • Temperature of the heating element in the sand sample: 0.250°C

    • Flow rate: 0.4…6L/min

Power and Electrical

  • Mains Connection: 230V, 50Hz, 1 phases

Dimensions and weight

  • LxWxH: approx. 2170x790x1900mm

  • Weight: approx. 250kg

Required for operation

  • Water connection (min. 360L/h, water temperature max. 16°C),
  • Drain or WL 110.20
  • PC with Windows recommended