photovoltaic (PV) power plants, with their clean, efficient, and sustainable characteristics, occupy an important position in the global energy structure. To ensure the long-term stable operation of photovoltaic power plants and maximize power generation efficiency, precise meteorological monitoring systems have become an indispensable component. The photovoltaic power plant meteorological station···

The core technology of the ultrasonic small-scale weather station lies in its high-precision ultrasonic sensors. Ultrasonic technology measures the movement or meteorological parameters of objects through the time difference of sound wave propagation. Unlike traditional mechanical sensors, ultrasonic sensors are not affected by mechanical wear and tear, offering higher precision and longer lifespa···

In an age where environmental monitoring is critical across industries, the ultrasonic mini weather station stands out as a compact, high-precision solution. Integrating advanced ultrasonic technology with a suite of sensors, this device measures wind speed, wind direction, temperature, humidity, air pressure, precipitation, light intensity, noise, and air quality (PM2.5 and PM10). Its robust desi···

IoT Environmental Sensors are smart sensors connected to the internet via wireless communication technologies (e.g., LoRa, NB-IoT, Wi-Fi, 4G) to monitor physical, chemical, or biological parameters in real time. These sensors transmit collected data remotely to cloud servers or local systems, enabling users to view, analyze, and make informed decisions for intelligent environmental management and ···

Weather measuring instruments refer to scientific tools used to collect atmospheric and environmental data by measuring physical parameters related to weather through sensors and electronic systems. These instruments can be used individually (such as a portable thermometer) or integrated into comprehensive weather stations for multi-parameter monitoring. Compared to relying solely on regional weat···

An ambient weather station is a comprehensive meteorological monitoring device that integrates multiple sensors to measure atmospheric and environmental parameters in real-time. Compared to traditional regional weather data (such as data from airports or city weather stations), an ambient weather station is deployed at the user’s location, capturing microclimate variations and offering more accur···

In modern agriculture, precise weather data is a critical foundation for optimizing cultivation, irrigation, and pest management. Our Farm Weather Station is specifically designed for farms, greenhouses, orchards, and agricultural research institutions. It can monitor and record various key meteorological parameters in real-time, helping farmers make more scientific cultivation decisions, optimize···

Handheld Tester: Computer Software Operation Instructions, After Installation：Once installation is complete, there is a default device. You can configure and import rule files on the default device, or you can delete the default device and create a new device by selecting Management and then choosing Create Device.This instrument is used for quickly measuring agricultural environmental parameters···

NiuBoL sensor, The process of integrating with the akenza.io platform via the MQTT protocol requires completing steps such as device configuration, data flow creation, device registration, and code implementation. Below is a detailed guide, based on the official akenza documentation and the features of the MQTT protocol, explaining how to achieve the integration step by step.

Niubol is pleased to announce the successful export of its NBL-S-HS Multi-Parameter Soil Handheld Testing Instrument to Nigeria, marking a significant step in supporting agricultural and environmental research in the region. This portable, user-friendly device is designed to provide accurate and efficient measurements of soil and environmental parameters, catering to the needs of professionals in ···