Choose a NiuBoL compact weather sensor by measurement position. Compare shared and separate mounts for crops, wind and solar projects. Request a configuration review.

NiuboL's self-developed handheld pyranometer has been successfully exported to Peru for use in local solar resource evaluation, meteorological monitoring, and scientific research projects. This export project marks an important step in expanding NiuboL's sensor products into the South American market and provides reliable technical support for environmental monitoring in Latin America. The handhel···

NiuBoL, a company specializing in the development and supply of weather stations and agricultural sensors, has recently successfully exported a batch of weather station products to Singapore. The exported products include NiuBoL's 3D ultrasonic wind speed and direction sensor and the all-in-one 7-parameter weather sensor. Both products are designed to provide accurate and reliable data in diverse ···

Specify a NiuBoL professional rain gauge for irrigation and drainage projects. Check depth increments, interval records and data gaps. Request a recording configuration.

Configure a NiuBoL multifunction weather station for urban and agricultural monitoring. Check installed channels, data outputs and system scope. Request technical advice.

PM10 monitoring equipment is a specialized instrument used to measure the concentration of airborne particles with a diameter of 10 micrometers or less (PM10) in real-time. These particles include dust, smoke, pollen, and mold, which can enter the respiratory system and cause significant impacts on health and the environment. PM10 monitoring equipment usually employs technologies such as laser sca···

Understand the differences between PM1, PM2.5 and PM10, how optical particle sensors work, measurement limitations, and how to choose air quality sensors.

Understand meteorological station classification for research and field projects. Separate purpose, deployment and operation. Discuss a suitable NiuBoL configuration.

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···

Review NiuBoL CO2 sensor cost for greenhouse and building projects. Check transmitter range, output scaling and replacement work. Request a configuration-specific quote.

Specify a NiuBoL internet connected weather station for field monitoring. Check dashboard access, historical export and data continuity. Plan the project handover.

June 5, 2025 — Our independently developed Solar Dust Monitoring Instrument (Soiling Sensor) has been successfully exported to India, marking an important step for our company in the international photovoltaic market. This product, featuring innovative blue light pollutant optical closed-loop measurement technology, provides a solution to enhance the operational efficiency of photovoltaic power s···

Niubol is proud to announce the official export of our newly developed USB Type-C soil sensor to Lebanon, providing innovative solutions for local agriculture and environmental monitoring. This portable soil testing device will bring revolutionary convenience to fields such as water-saving irrigation, greenhouse cultivation, floriculture, vegetable production, grassland pastures, soil testing, pla···

NiuBoL has successfully exported a batch of high-precision meteorological sensors, solar radiation sensors, and soil sensors to the Netherlands, providing technological support for smart agriculture, meteorological monitoring, and environmental protection. This export further strengthens NiuBoL's influence in the international market, showcasing its position in the agricultural technology and envi···

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···