Solar Monitoring Station (STR-21G-SH2)
Unbeatable Accuracy, from Sunrise to Sunset
The STR-21G-SH2 Solar Tracker System is a high-end solar radiation measurement solution designed to accurately measure Direct, Diffuse, and Global Solar Irradiance. Combining the Class A MS-80SH Pyranometer, MS-57SH Pyrheliometer, integrated sun-position sensor, and GPS receiver, it delivers precise and reliable solar data for advanced research and renewable energy applications. Its low-power design, accurate tracking system, and flexible configuration make it suitable for operation in diverse and extreme environments.
Specifications
| Arms | 1 |
|---|---|
| Pointing accuracy Solar elevation: 0 to 87° | < 0.01° |
| Angle resolution | 0.009° |
| Rotation angle Zenith | -15 to 95° |
| Rotation angle Azimuth | 0 to 360° |
| Torque | 12 N⋅m |
| Payload side arms | 7kg |
| Sun sensor FOV | 30° |
| Ingress protection | IP65 |
| Operating temperature range | -40 to 50°C |
| Communication | RS-422 / 232C |
| Power Consumption | < 20W |
| Motor | Stepper motor |
| Driving technology | Harmonic Drive® |
| Tracking modes | Automatic & Manual |
| Tripod | Table tripod |
| Pyrheliometer mount | Adjustable / One sensor position |
| Cable length | 10m |
| Weight | 14.5 kg (with tripod) |
Special Features
Harmonic Drive® Gear System
Extreme Climate Performance
Integrated Sun-Position Sensor & GPS
Low Power Consumption
Primary Applications
Photovoltaic (PV) Performance Evaluation
Meteorological Monitoring Stations
Climate and Atmospheric Research
Solar Resource Assessment
Related Products
Automatic Tracking Solar Radiation Measurement System (BS200-08)
The BS200-08 Automatic Tracking Solar Radiation Measurement System is a high-performance solution for unattended solar radiation monitoring. This advanced……
Class A Digital Pyranometer with Integrated Dome Heater (MS-80SH)
The EKO Instruments MS-80SH is a next-generation, ISO 9060 Class A pyranometer designed for highly accurate solar radiation measurement. It delivers fast-response, spectrally……
Class A Pyranometer (MS-80)
The MS-80, manufactured by EKO Instruments, is a next-generation ISO 9060 Class A spectrally flat, fast-response pyranometer designed for high-accuracy……
Class B Digital Pyranometer (MS-60S)
The MS-60S Pyranometer is a high-performance ISO 9060:2018 Class B solar radiation sensor designed for precise and reliable solar monitoring in agricultural……
Class B Pyranometer (MS-60)
The MS-60 Pyranometer is a high-performance ISO 9060:2018 Class B pyranometer designed for precise measurement of global solar radiation. Featuring an analog output……
Class C Digital Pyranometer (MS-40S)
As part of EKO’s advanced S-Series pyranometer family, the MS-40S delivers dependable solar irradiance measurements while maintaining the same……
Class C Pyranometer (MS-40)
The MS-40 is an ISO 9060:2018 Class C pyranometer designed for cost-effective and reliable solar irradiance measurement across the full solar spectrum. Ideal……
Class C Pyranometer (ML-01 Si)
The ML-01 Silicon Pyranometer is a compact, industrial-grade ISO 9060:2018 Class C sensor designed for accurate solar irradiance measurements……
Class C Thermopile Pyranometer (SP-510-SS)
The SP-510-SS Thermopile Pyranometer is a high-precision solar radiation sensor designed for reliable shortwave radiation measurement in environmental, agricultural……
Class C Pyranometer (BS200-03)
The BS200-03 Pyranometer is designed based on the thermopile principle, utilizing electroplated, multi-contact thermopiles as its sensing element. Its surface……
4-Component Net Radiometer (CNR4)
The Kipp & Zonen CNR4 is a precision net radiometer designed for accurate measurement of the energy balance between incoming and outgoing solar and terrestrial radiation……
Net Radiometer (SN500SS)
The SN500SS Four-Component Net Radiometer by Apogee Instruments measures upward and downward shortwave and longwave radiation individually for accurate……
Solar Radiation Sensor (BS200-04)
The BS200-04 Solar Radiation Sensor is based on the silicon photovoltaic cell principle and is designed to measure solar radiation in the 300–3000 nm wave……












