PM1, PM2.5, and PM10 sensors play distinct roles in air quality monitoring, each targeting different particle sizes to provide accurate health and environmental data. PM1 sensors are best suited for high-precision monitoring in indoor and research settings, PM2.5 sensors are central for urban air quality management, and PM10 sensors excel in industrial and outdoor environments. Selecting the right···

As climate change and industrial development accelerate, the demand for specialized and intelligent meteorological stations is increasing across various industries. The classification of meteorological stations is diverse, reflecting their unique application scenarios, from function and observation targets to geographic location and technological sophistication. Whether it's a small ground station···

NBL-S-THR Soil Moisture and Temperature Sensor employs electromagnetic pulse technology to accurately measure soil moisture (0–100%RH, ±3%) and temperature (-50°C to 100°C, ±0.5°C), unaffected by fertilizers or metal ions. Supporting RS485 and 4–20mA outputs, it operates in -40°C to 80°C with an IP68 rating and low 0.3W power consumption. This sensor supports precision irrigation, greenho···

NBL-W-CO2 Carbon Dioxide Sensor, utilizing NDIR technology, accurately measures CO2 concentrations (0–5000ppm) with ±(50ppm + 3%F·S) accuracy and supports RS485 or 4–20mA outputs, consuming only 0.2W. Its CO2 sensor price ($50–200USD) makes it a cost-effective solution for offices, greenhouses, industrial plants, and smart buildings. The sensor improves indoor air quality, crop yields, indust···

NiuBoL Internet Connected Weather Station is a high-precision, multi-functional meteorological monitoring device, supporting 5 to 10 elements (temperature, humidity, pressure, illuminance, CO2, CO, wind speed, wind direction, precipitation, radiation) with real-time data transmission via 4G/5G, Wi-Fi, or LoRa. Its features include high accuracy, real-time monitoring, flexible configurations, robus···

Air Monitoring Sensors are integrated devices that provide real-time air quality data by detecting pollutants, gases, and environmental parameters. Their core value lies in delivering scientific insights to assess, predict, and improve air quality. Common sensors include those for particulates (PM2.5/PM10), gases (CO₂, O₃, NO₂, etc.), and temperature/humidity, each serving specific monitoring n···

In photovoltaic power systems, the accumulation of pollutants such as dust and sand can significantly reduce the efficiency of solar panels, leading to a decrease in power generation. To improve the operational efficiency and economic benefits of photovoltaic plants, regular pollution monitoring is essential. Common measurement methods include the reference module method, optical sensor method, an···

The cleanliness of solar panels directly affects the power generation capacity of photovoltaic power plants. Studies show that surface contamination can lead to a loss of up to 20% or more in power output, especially in arid, dusty, or highly polluted regions, where this problem is particularly prominent. Traditional cleaning strategies often rely on fixed schedules or manual inspections, making i···

NBL-W-PPT Module Temperature Sensor is a sensor designed specifically for photovoltaic power stations and other high-precision temperature monitoring scenarios. It uses a high-precision thermistor as the temperature sensing element, achieving a measurement accuracy of ±0.5°C. The sensor is equipped with an advanced signal transmission module that converts the temperature signal into current (4–···

PV Module Temperature Sensor, such as the NBL-W-PPT model, is a high-precision temperature measurement device specifically designed for solar power systems. It uses high-precision thermistors as sensing elements, capable of accurately measuring the temperature variations on the surface or inside of solar panels and converting this data into voltage or current signals for monitoring and control pur···