In-depth technical breakdown of the NiuBoL IoT “Four Agricultural Conditions” system (soil moisture, crop growth, environment & weather, pests & diseases). Explore sensors, AI image recognition, installation standards, and intelligent decision-making to shift agriculture from experience-based to data-driven precision management.

In-depth analysis of NiuBoL integrated water-and-fertilizer smart irrigation technology. Achieve 25%+ yield increase, optimized produce quality, and highly efficient water-fertilizer utilization. Covers technical principles, installation standards, and real-world cases to power sustainable agricultural development.

In-depth exploration of NiuBoL IoT applications in smart agriculture. Covering environmental monitoring, precision irrigation, and accurate fertilization, this article analyzes sensor technology, system architecture, installation standards, and selection guidance to drive digitalization and high-efficiency in agricultural production.

In-depth technical analysis of NiuBoL solar photovoltaic weather stations. Featuring fully automatic sun-tracking technology, it precisely monitors solar irradiance, wind speed, temperature, humidity and other critical parameters, empowering PV power plants with accurate power forecasting, performance evaluation, and efficient O&M.

NiuBoL campus weather station is a key component of smart campus construction. This article provides an in-depth analysis of its working principles, sensor technology, installation standards, and application scenarios, helping you achieve digital upgrades in teaching, scientific research, safety early warning, and environmental education.

NiuBoL Water-Fertilizer Integration Intelligent Irrigation System delivers precise irrigation and smart fertilization. Integrating soil sensors, weather monitoring, and IoT technology, it significantly improves crop yield and quality. Suitable for open fields, greenhouses, orchards, and high-value crop cultivation.

NiuBoL rainfall weather stations and sensors fully comply with China’s national standards SL61-2003, GB11831-89, and GB11832-89. They deliver high-precision rainfall measurement, rainfall intensity monitoring, and real-time data output. Widely applied in meteorology, hydrology, agriculture, water conservancy, power generation, and reservoir dispatching. This article covers definitions, principles···

The NiuBoL farmland microclimate weather station is the cornerstone infrastructure for the transformation to precision agriculture. This article dives deep into its multi-parameter sensors (meteorological, soil EC/NPK/pH), multiple communication options (4G/5G/LoRa/WiFi/RS485), and core value—empowering global agricultural projects to achieve water-saving, higher yields, and precise pest/disease ···

An in-depth analysis of the NiuBoL photovoltaic weather station (grid-connected automatic weather station): its definition, working principles, core measurement parameters, fully automatic sun-tracking technology, installation standards, and common troubleshooting. Empower your PV plant with accurate generation forecasting, efficient O&M management, and maximized power output.

The NiuBoL PV automatic weather station is specially designed for photovoltaic power plants. It supports multi-parameter monitoring including global horizontal irradiance (GHI), plane-of-array (POA) irradiance, wind speed/direction, temperature, humidity, and air pressure. Equipped with an optional automatic sun-tracking system, it enables accurate PR evaluation, component cleaning strategies, equ···