Tailored to the needs of modern industrial plants and digital workshops, NiuBoL provides a full series of air purification system monitoring solutions. This article deeply analyzes core technologies such as industrial duct air velocity, particulate matter (PM), and VOC volatile gas monitoring, exploring how to achieve automated environmental governance and energy efficiency optimization through di···

Gain in-depth understanding of the applications of the NiuBoL (NBL) NBL-W-LM leaf wetness sensor in modern smart agriculture. This article details the scientific principles of leaf surface temperature and humidity monitoring, technical parameters, and its core advantages in preventing pests and diseases, optimizing irrigation, and plant ecological research, providing you with a comprehensive guide···

Gain in-depth understanding of the core applications of the NiuBoL soil moisture monitoring station in modern smart agriculture. This article comprehensively analyzes the principles of soil moisture monitoring, equipment composition, and technical advantages, exploring how real-time data collection, LoRaWAN, and 4G transmission technologies enable precision irrigation and disaster reduction warnin···

Learn how the NiuBoL (NBL) NBL-S-PH soil pH sensor precisely controls soil acidity and alkalinity through electrochemical measurement technology. This article details the principles, structure, technical parameters, and core advantages of the soil pH sensor in precision agriculture, horticulture, and environmental protection, providing you with a comprehensive digital soil management solution.

In-depth understanding of the working principle of water quality residual chlorine sensors, key application scenarios (such as drinking water, swimming pools, industrial wastewater), and design composition. Focus on the advantages of NiuBoL residual chlorine sensor's constant voltage method technology in the field of smart environmental monitoring, high precision, IP68 protection level, and future···

Detailed analysis of the importance of water quality dissolved oxygen (DO) sensors, the two mainstream principles (electrochemical and fluorescence methods), and the working principle and technical advantages of NiuBoL fluorescence dissolved oxygen sensor (no electrolyte required, low drift, strong anti-interference), along with its key applications in aquaculture, natural water monitoring, and ot···

In-depth analysis of the definition of water quality COD (Chemical Oxygen Demand), limitations of traditional detection standard methods (high-temperature oxidation method, etc.), focusing on the dual-wavelength ultraviolet absorption method working principle, high precision, self-cleaning of NiuBoL COD sensor, and its key applications in sewage treatment and environmental monitoring, comprehensiv···

In-depth analysis of the pain points in traditional aquaculture, focusing on the cloud-edge-end architecture of NiuBoL smart aquaculture solutions (cloud platform, edge control, IP68 sensors). Detailed explanation of the monitoring principles and industry standards for core parameters (dissolved oxygen, ammonia nitrogen, ORP, etc.). Elaborate on how IoT, big data, and AI algorithms enable predicti···

In-depth analysis of the four core sensors in hydrological and water conservancy monitoring: submersible level transmitter, tipping bucket rain sensor, radar level gauge, and ultrasonic level gauge physical principles and technical selection differences. Focus on how NiuBoL solutions achieve remote intelligent monitoring through RS-485, 4G/LoRaWAN, ensuring data security and high precision in floo···

Comprehensive interpretation of the working principle of hydrometeorological stations, core sensor functions (thermometers, water level gauges, anemometers, etc.), important applications in disaster prevention and mitigation, agricultural irrigation, and water resource management, as well as the enhancement of monitoring efficiency by automation technology. Understand how hydrometeorological stati···