High-end Solar Monitoring Station (ZTR-8)
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Depending on the needs of applications and research, the
system can be equipped with dust sensors and atmospheric environment monitors
to achieve synchronous monitoring of parameters such as soiling ratio,
atmospheric temperature, pressure, wind speed, wind direction, and
precipitation.
This
system delivers high-precision, stable solar radiation data even in extreme
environments, making it ideal for meteorological research, solar energy
assessment, and climate monitoring.
X Advantages
l High-Precision Radiation Sensors:
ISO 9060:2018 Class A standard.
l High-Accuracy Solar Tracking
System: 4-quadrant precision sun sensor, dual-axis fully automatic tracking
with an accuracy of <0.01°.
l Automatic Positioning: Built-in
BeiDou/GPS dual-mode positioning sensor for real-time location coordinates and
time synchronization.
l Versatile Design: Modular
configuration supports flexible expansion for various meteorological monitoring
needs.
l Low Power Consumption &
Maintenance-Free: Optimized for long-term unattended operation in remote field
environments.
l High Environmental Adaptability:
All-weather resistant with exceptional stability under extreme conditions.
X Technical
data
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ZTT-31 Sun Tracker |
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Pointing accuracy |
< 0.01° |
|
Angle resolution |
0.009° |
|
Rotation angle |
Elevation (-15° to +95°), Azimuth (0° to +/-180°) |
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Payload and Torque |
>10kg, 15 Nm |
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Tracking mode |
Sun-sensor and
Perpetual Calendar Positioning |
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Sun-sensor field view and accuracy |
View range +/- 15°，Tracking accuracy +/- 0.01° |
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Satellite positioning |
Support BeiDou and GPS Accuracy <5m, Positioning < 5min |
|
Communication |
Modbus 485 RTU |
|
Power requirement |
DC24V, 20W |
|
Weight and Dimension |
<15 kg，~293(W)x283(D)x393(H) mm |
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IP and Operation Environment |
IP54，-40℃~+80°C，0~100%RH |
|
ZTP-11 Pyranometer (for GHI and
DHI measuring) |
|
|
Irradiance range |
0~4000 W/m² |
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ISO 9060 classification |
Class A |
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Response time 95% |
< 0.5s |
|
Zero offset (200W/m²) |
< 1W/m² |
|
Zero offset (5K/hr) |
< 1W/m² |
|
Non-stability (change/year) |
< 0.5%/5year |
|
Non-linearity (1000W/m²) |
< 0.2% |
|
Directional Response(1000W/m²) |
< 10W/m² |
|
Temp. response(50℃) |
< 1% |
|
Tilt response(1000W/m²) |
< 0.2% |
|
Spectral selectivity |
0.5% |
|
灵敏度 |
7~20µV/W/m² |
|
Wavelength range |
280~3000nm |
|
IP and Operation Environment |
IP67，-40℃~+80°C，0~100%RH |
|
ZTZ-7 Pyrheliometer (for DNI measuring) |
|
|
Irradiance range |
0~4000 W/m² |
|
ISO 9060 classification |
Class A |
|
Response time 95% |
<0.5s |
|
Zero offset (200W/m²) |
0 |
|
Zero offset (5K/hr) |
<1 W/m² |
|
Non-stability (change/year) |
0.5 %/5year |
|
Non-linearity (1000W/m²) |
<0.5 % |
|
Spectral selectivity |
<1 % |
|
Temp. response(50℃) |
<0.5 % |
|
Tilt response(1000W/m²) |
<0.2 % |
|
Wavelength range |
200~4000nm |
|
IP and Operation Environment |
IP67，-40℃~+80°C，0~100%RH |
|
ZTV-2 Heating and Ventilator |
|
|
Power supply |
24VDC@2~22W |
|
Ventilation power |
<2W |
|
Heating power |
0~20W(Configurable ) |
|
IP and Operation Environment |
IP54，-40℃~+80°C，0~100%RH |
