Products

Specification Parameter Technical Details Model CC-S05 Solar Irradiation Sensor (Pyranometer) Key Measurements Solar Irradiation Measurement Principle High-stability Thermoelectric Pile sensor Measurement Range 0 – 2000 W/m² Spectral Range 280 – 3000 nm Response Time < 10s Non-linear ±1% Optical Specification Double spherical quartz glass domes to reduce thermal offset Leveling Hardware Built-in leveling bubble &

Specification Parameter Technical Details Model CC-S08 Back-of-Module Temperature Sensor Key Measurements Back-of-Module Temperature Measuring Range -50 – 100°C standard / -50 – 150°C / -50 – 200°C (Optional) Accuracy Limits ±0.2°C Ambient Temperature Probe body: -50 – 100°C | Transmitter: -50 – 85°C Core RTD Equipped with built-in premium world-renowned brand platinum chips Standard Cabling

Specification Parameter Technical Details Model CC-S07 Optical PV Soiling Monitoring System Key Measurements PV Soiling Loss, Transmission Loss Measurement Principle Continuous multi-frequency blue light diffuse scattering technology Soiling Range 50 – 100% Stability Better than 1% of full scale (per year) Pollution Accuracy 1 90 – 100%: ±1% + 1% FS of reading | 80

Specification Parameter Technical Details Model CC-M100 Solar PV Monitoring Weather Station Measuring Range WS/WD, Temp, Humid, Baro.Solar Radiation: 0-2000W/m²Solar PV module temp sensor Output Signal RS485 (Modbus-RTU) Power Supply 12-24 VDC (Std.)3.3/5 VDC (Opt.) Feature & Configuration Std: 7-in-1 basic config Cable Length Fully customizable available upon request To request the complete PDF technical specifications,

Specification Parameter Technical Details Model CC-M200 Solar PV Monitoring Weather Station Measuring Range WS/WD, Temp, Humid, Baro.Max / Min TemperatureDew Point TemperatureSolar Radiation & Sunshine HoursDaily/Monthly/Annual RadiationSolar PV module temp sensor Output Signal RS485 (Modbus-RTU) Power Supply 12-24 VDC (Std.)3.3/5 VDC (Opt.) Feature & Configuration Std: 14-in-1 flagship system Cable Length Fully customizable available upon

Specification Parameter Technical Details Model CC-S10 Automatic Sun Tracker Key Measurements Sun Tracking & Alignment Tracking Principle Sun-sensor active mode & GPS calculation passive mode auto-selection Precision Tracking Active tracking: < 0.1° | Passive GPS tracking: < 0.5° Axis Metrics Horizontal: 0 – 350° | Vertical: 0 – 120° | Angular velocity: 4.5°/s max Drive

Specification Parameter Technical Details Model CC-S11 Albedo Sensor Key Measurements Albedo (Surface Reflectivity), Solar Radiation (Incoming/Reflected) Measurement Principle Back-to-back dual thermoelectric pyranometer mechanism Measuring Range Upper / lower independent channels: 0 – 2000 W/m² each Spectral Range 0.3 – 3 μm Resolution 1 W/m² Cosine Response ≤7% Non-linearity ≤2% Optical Specification Double precision cold-worked ground

Specification Parameter Technical Details Model CC-S12 Pyrheliometer Key Measurements Direct Normal Irradiation (DNI) Measurement Range 0 – 2000 W/m² Resolution 1 W/m² Spectral Range 0.3 – 3 μm Full Acceptance Angle 5° Enclosure & Optics Heavy-duty weatherproof anodized aluminum body & precision optical window Output Signal RS485 (Modbus-RTU) Power Supply 12 VDC Cable Length Fully

Specification Parameter Technical Details Model CC-S04 Sunshine Duration Sensor Key Measurements Sunshine Duration Measurement Principle High-precision optical photoelectric comparison mechanism Measurement Range 0 – 24 h (Continuous day/night automatic tracking) Enclosure & Optics Weatherproof aluminum alloy casing with premium optical window Output Signal RS485 (Modbus-RTU) Power Supply 12 – 24 VDC (Std.) / 3.3 /

Specification Parameter Technical Details Model CC-S-ASI All-Sky Imager Key Measurements 360° All-Sky Image, Real-time Cloud Fraction, Cloud Motion (Speed & Direction), Thin/Thick Cloud Ratio Optics & Sensing All-weather automated 360° optical sensing system for crystal-clear whole-sky image capture Meteorological Output Met-grade output providing localized station-level “sky truth” diagnostics replacing subjective manual cloud observations Solar Position