A pyranometer, a type of Total radiation sensor, is designed to measure total solar irradiance (global solar radiation) reaching a horizontal surface. RIKA SENSOR's RK200-03 Pyranometer stands as a representative model, offering multiple grades (Class A, B, and C) to cater to diverse application needs. Complementing this, the RK200-04 Solar Radiation Sensor (also a solar irradiance sensor) serves as a specialized tool for solar radiation measurement, though it differs in design and performance from pyranometers.

Looking for a DO sensor for water monitoring? RIKA SENSOR has you covered with three models!

The RK500-12 pH Sensor, a high-performance PH probe independently developed by Hunan Rika Electronic Tech Co., Ltd., is a core device for Water quality pH monitoring. It is designed to continuously measure pH values in various water bodies, including wastewater, industrial water, and natural water, with the advantages of no need for professional calibration instruments, simple operation, and strong reliability.

Discover how electrical conductivity sensors measure water and soil quality. Learn their features, applications, and usage for precise environmental monitoring.

Learn what pH sensors are, how they work, and their uses in water testing. Complete guide covering types, advantages, and measurement tips for beginners.

The PV Soiling Sensor, specifically RIKA SENSOR's RK210-03 RK210-03 PV Soiling Sensor ( Dust Monitoring System), is a device designed to address the critical issue of soiling on solar panels, a primary factor undermining the power generation efficiency of PV power plants. Leveraging blue light pollutant measurement technology, this Solar Panel dust detection tool enables precise PV Soiling Measurement by calculating the Soiling Ratio (SR)

RIKA SENSOR's RK500-12 pH Sensor: Delivers high-quality pH monitoring solutions for various environments

The RK900-01 model by RIKA SENSOR exemplifies this, serving as a dedicated system for photovoltaic power stations. It captures critical parameters—including solar radiation, temperature, humidity, wind speed/direction, and PV module conditions—enabling data-driven optimization of power generation efficiency and safety management.

Check it for the best sensors for smart greenhouse monitoring. Optimize crop growth, enhance yields, and save resources with advanced technology.

Check differences between water level sensors & gauges. Learn how each works, their applications, accuracy, and benefits for water measurement.