Explore our radiation content
Discover how tilted pyranometers enable accurate plane-of-array measurements for precise PV performance evaluation, improving yield optimization and ROI through reliable irradiance monitoring.
Technical deep dive into wire-wound electroplated thermopile sensing principles and their advantages for precision pyranometer applications in solar energy and meteorological monitoring.
Explore how photoelectric pyranometers leverage wide-spectral-response sensors for precise global solar irradiance measurement across the complete solar spectrum in industrial applications.
Discover how high-precision thermopile pyranometers enable accurate performance monitoring and energy yield predictions in utility-scale solar farms, reducing financial risk and maximizing ROI.
Discover how industrial-grade UV transmitters enable precision agriculture systems to monitor ultraviolet radiation in real-time, optimize crop protection measures, and reduce yield losses through data-driven stress management.
Integrated ultrasonic weather station with 10-in-1 design for wind speed/direction, temperature/humidity, noise, PM2.5/PM10, CO2, pressure, light, rainfall, and solar radiation monitoring.
Industrial-grade UV radiation transmitter with aluminum housing, measuring 290-390nm wavelength range. Features dual output of UV intensity (0-15 mW/cm²) and UV Index with RS-485 ModBus-RTU interface and IP67 protection.
Fully automatic solar radiation tracking device with dual-mode positioning system combining optical and GPS tracking, thermoelectric sensing for direct and diffuse radiation measurement in 0.3 ~ 3 μm spectral range with RS-485/ModBus-RTU output.
The OHTS1095 Pyranometer is a high-precision solar total radiation transmitter based on thermoelectric effect with double-layer quartz glass dome, RS-485 ModBus-RTU output, and wide spectral range 0.3 μm ~ 3 μm for meteorological and photovoltaic applications.
High-precision photoelectric pyranometer for measuring global solar irradiance with ModBus-RTU RS-485 output, 0 - 1800 W/m² range, and 95% transmittance dust shield for meteorological and PV monitoring applications.
Comprehensive technical comparison of thermopile and photodiode sensing technologies for pyranometers, analyzing spectral response, measurement accuracy, and application suitability for meteorological and photovoltaic monitoring.
Technical deep dive into photoelectric UV sensing principles, exploring 290-390nm spectral response mechanisms, signal conversion processes, and industrial applications in environmental monitoring systems.
Technical analysis of multi-junction thermoelectric sensing elements for broadband solar radiation measurement applications in industrial IoT and environmental monitoring systems.