Solar Thermal Energy - Solar Line

Features

  • Operation independent of weather conditions
  • Inclinable flat collector with replaceable absorbers
  • Network capability: observe, acquire, analyse experiments via customer’s own network
  • Pivoting parabolic trough collector with highly reflective mirror
  • Absorber tube with selective coating
  • Evacuated double-walled glass tube to reduce heat losses

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Solar thermal energy, the use of a natural resource in technical education The annual solar energy irradiated onto the continents is 1.08x1018 kWh. This corresponds to about 5,000 times the global demand for primary energy. It is obvious to use this solar energy technically. Solar thermal energy plays a special role in the use of solar energy. Applications in this field date back to pre-Christian times when burning mirrors or concave mirrors were used to focus light rays. In addition to solar domestic hot water and heating water, the use of solar heat in large-scale energy generation processes and process engineering is becoming increasingly important today. The use of solar energy through solar thermal systems involves both practical aspects and extensive theoretical basics. Therefore, in our didactic concept for the area of solar thermal energy, we distinguish between the learning fields listed on the right.

Specification

  1. Tthermal solar collector with parabolic trough mirror and selectively absorbing absorber tube
  2. Two-axis sun tracking with gear motors
  3. Plant control with PLC, operation via touch screen
  4. Integrated router for operation and control via an end device and for screen mirroring: mirroring of the user interface on up to 5 end devices
  5. Integrated sun sensor (Direct Normal Irradiance)
  6. Integrated magnetometer and accelerometer for astronomical alignment
  7. Connection of the absorber pipe by solar circuit with pump, plate heat exchanger, expansion vessel and safety valve
  8. Hot water circuit with buffer tank, pump and connectable air heat exchanger
  9. Sensors for temperature, illuminance and flow
  10. Pivoted suspension enables vertical alignment of the collector
  11. Operation with solar radiation or with artificial light source HL 313.01
  12. Data acquisition via PLC on internal memory, access to stored measured values via WLAN/LAN with integrated router/LAN connection to customer’s own network or direct LAN connection without customer network


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