Understand the essential sensor technologies in aquaculture, including the working principles and applications of pH, dissolved oxygen, temperature, and total dissolved solids (TDS) sensors. NiuBoL provides high-precision, high-stability water quality monitoring solutions to help farmers achieve precise control and efficient management of water environments.

The integrated wind speed and direction sensor is a key tool in modern meteorology and industrial applications. This article deeply analyzes the working principle of traditional mechanical wind speed and direction meters (three-cup anemometer/wind vane), the technical advantages and core parameters of NiuBoL products, and their wide applications in wind power, environmental monitoring, aviation, a···

Comprehensive introduction to the definition, core photovoltaic working principles, key technical parameters, and wide applications of illuminance sensors in smart agriculture and building lighting. Learn about the high precision, wide range, and easy installation features of the NiuBoL illuminance sensor (NBL-W-LUX) for precise measurement and control of light intensity.

In-depth analysis of modern rainfall sensors (tipping bucket, weighing, optical) working principles, structural breakdown, and key applications in hydrology, meteorology, and flood warning. This article highlights the high-precision parameters and installation points of the NiuBoL tipping bucket rainfall sensor (NBL-W-RS), providing data support for refined water resource management.

Understand the core working principles of rainfall sensors (tipping bucket, piezoelectric, optical) and their important roles in meteorology, water resources, agriculture, and urban planning. This article details the technical parameters and application advantages of NiuBoL tipping bucket rain gauge and piezoelectric rain gauge, helping achieve precise meteorological monitoring and disaster preven···

Dive deep into the working principle, functions, and core applications of leaf wetness sensors in agriculture, including pest and disease warnings, irrigation and fertilization control. NiuBoL's leaf temperature and humidity sensor, with its high-precision simulated leaf design, helps modern agriculture achieve precision and sustainable development.

NiuBoL Photovoltaic Power Station Environmental Monitoring System is the key to improving station performance and operational benefits. This article provides a detailed analysis of the necessity of photovoltaic meteorological monitoring, monitoring elements, sensor principles (such as wind speed, radiation, module temperature, dust), and system advantages, helping you achieve precise operations an···

In-depth analysis of NiuBoL soil moisture monitoring station (automatic monitoring system) definition, IoT-based acquisition principle, multi-depth sensor deployment method, and core role in guiding agricultural production, drought resistance/disaster reduction, and ecological environment monitoring. Understand the station's unattended, high-precision advantages, customizable monitoring indicators···

In-depth discussion of leaf wetness sensor working principle (capacitive/resistive/conductive), focusing on how high-sensitivity leaf surface temperature & humidity sensor with simulated real leaf design monitors trace moisture and ice crystals through dielectric constant changes. Detailed introduction to core applications in pest/disease prevention, precision irrigation control, installation ···

Comprehensive introduction to NiuBoL (NBL-W-RS) tipping bucket rainfall sensor working principle, hydrological standard-compliant structural features, multi-type sensor comparison advantages/disadvantages. Detailed explanation of core applications in meteorology, hydrological monitoring, agricultural irrigation, and urban management, with detailed purchase, precision installation/leveling, and mai···