Home » Solar Trackers » Concentrating Solar Power (CSP) using Heliostats

Concentrating Solar Power (CSP) using Heliostats

Heliostat concentrating solar power systems reflect the light from multiple mirrors to a single point where the intensity is sufficient to generate steam to drive a turbine. The mirrors are usually tilted and rotated to reflect the sunlight from a large area to a single collector. The mirrors can be a long distance from the collector so a small angular position error can cause the reflected light to miss or partially miss the collector. As such a high accuracy inclinometer sensor is needed to measure the heliostat’s pitch angle. It is important to maintain the accuracy over a range of temperatures and over time to ensure the long term performance is maintained.

Our SOLAR- 360 sensors will achieve the required performance and can be further enhanced by pairing these sensors with a precision levelling sensor. This can be implemented to enable automated calibration and zero drift compensation.

We can also provide customised designs based on this product with the aim of improving system integration, or to replace an existing product with a directly compatible device. Our expertise and experience in this field means we can offer short development times with right first time prototypes.

 

Back to all Solar Trackers

Inclinometers for Concentrating Solar Power (CSP) using Heliostats

  • Single axis with range up to ±180° and accuracy options of 0.05° or 0.1°
  • Temperature compensated to maintain accuracy over a wide range of conditions
  • RS232, RS485 and CAN networked output interfaces available
  • Measures absolute position, including errors introduced by wind loading

With our in depth knowledge of the available inclinometer technologies and experience of a wide variety of solar applications, we specialise in understanding your angle measurement requirements and then offering the most cost effective solution

= sort ascending / descending (hold 'shift' and click another heading for multiple sorting)

Part No. Image Size
(LxWxH mm)
No of Axis Range
(°)
Output Type Resolution (°) Accuracy (°)
(20°C)
Supply Voltage
Min - Max (V)
Seal Rating
SOLAR-360-1-RS485M SOLAR-360-1-RS485M -
74.6x37.5x13.5 1 ±180 RS485 ModBus 0.002 0.07 12 - 30 IP67
SOLAR-360-1-RS485 SOLAR-360-1-RS485 -
74.6x37.5x13.5 1 ±180 RS485 0.002 0.07 12 - 30 IP67
SOLAR-360-1-RS232 SOLAR-360-1-RS232 -
74.6x37.5x13.5 1 ±180 RS232 0.002 0.07 9 - 30 IP67
SOLAR-360-2-RS485M SOLAR-360-2-RS485M -
74.6x37.5x13.5 1 ±180 RS485 ModBus 0.002 0.07 12 - 30 IP67
SOLAR-360-2-RS485 SOLAR-360-2-RS485 -
74.6x37.5x13.5 1 ±180 RS485 0.002 0.07 12 - 30 IP67
SOLAR-360-2-RS232 SOLAR-360-2-RS232 -
74.6x37.5x13.5 1 ±180 RS232 0.002 0.07 9 - 30 IP67