In-depth understanding of NiuBoL high-precision radar water level gauge's working principle and installation scheme. This article details 77GHz-79GHz millimeter wave radar technology applications in water conservancy, irrigation, and industrial liquid level measurement, providing professional structure analysis, technical parameters, and installation maintenance guidelines to assist non-contact pr···

In-depth understanding of the technical advantages and applications of NiuBoL fully automatic solar tracking radiometer. This article details the working principle of the three-in-one tracker, high-precision four-quadrant sensor technology, sunshine duration measurement, and system structure, assisting solar power generation efficiency improvement and precise meteorological scientific research mon···

In-depth understanding of the applications of NiuBoL high-precision illuminance sensors and their core value in agricultural meteorology, smart buildings, and urban lighting. This article details the working principle, technical parameters, installation guidelines, and maintenance points of illuminance transmitters to help you optimize resource management and energy efficiency, achieving intellige···

Addressing pain points in modern urban construction such as difficult supervision and untimely disposal, NiuBoL Technology deeply analyzes the integrated solution for smart construction site dust and noise monitoring. The article details online monitoring based on high-precision sensors, automatic alarms, and linkage dust reduction mechanisms, helping enterprises achieve green construction indicat···

Recently, NiuBoL successfully delivered its NBL-W-LM Leaf Temperature and Humidity Sensor and NBL-W-PARS Photosynthetically Active Radiation (PAR) Sensor to South Korea. The products will be used in local agricultural meteorological monitoring and crop growth research projects, marking another step forward for NiuBoL in expanding its presence in the Northeast Asian market.

In-depth analysis of soil moisture content measurement methods and their applications in smart agriculture. This article focuses on discussing NiuBoL NBL-S-TMSMS conduit-type soil moisture temperature sensor's FDR principle, multi-layer segmented monitoring advantages, geological disaster monitoring extension functions, and installation specifications. Covers technical comparisons such as gravimet···

Comprehensive analysis of the definition, working principle, and system composition of NiuBoL soil moisture monitoring station. In-depth introduction to measurement methods for key parameters such as soil moisture, temperature, EC, pH, NPK, and practical application value of data recording, 4G and LoRaWAN communication in precise irrigation, drought monitoring, and water resource management, provi···

In-depth analysis of the impact of soil pH value on crop nutrient absorption and scientific regulation methods. This article focuses on introducing NiuBoL high-performance soil pH sensor's FDR measurement principle, RS485 communication advantages, multi-scenario application solutions, and standardized installation specifications. Covers typical crop acid-base requirements such as blueberries and t···

In-depth understanding of NiuBoL intelligent greenhouse environmental monitoring solutions. Through high-precision atmospheric temperature, humidity, pressure, carbon dioxide, light, and soil series sensors, achieve full-element monitoring of “temperature, light, water, air, fertilizer” in greenhouses. This article provides full-line sensor technical specification tables, core function analysis,···

In-depth analysis of the working principle of NiuBoL fluorescence dissolved oxygen sensor NBL-RDO-206. Based on fluorescence quenching technology, explore its high-precision and maintenance-free advantages in water quality monitoring. Covers detailed technical parameter table, complete installation and maintenance specifications, common fault troubleshooting, and multi-industry solutions to assist···