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 ···

NiuBoL, a Chinese manufacturer of meteorological equipment, proudly announces the successful export of its high-performance weather station to Congo-Brazzaville. This advanced system provides precise meteorological monitoring for local photovoltaic power generation projects. The weather station integrates multiple sensors, including wind direction and speed sensors, rainfall sensors, atmospheric t···

weather station with a snow depth sensor is a specialized meteorological monitoring system designed to measure snow depth. It integrates a snow depth sensor, such as the NBL-W-SNOW snow sensor, along with other meteorological sensors to simultaneously monitor snow depth and additional environmental parameters. The NBL-W-SNOW sensor employs ultrasonic telemetry technology, emitting 50KHz ultrasonic···

Soiling Monitoring Station is a comprehensive monitoring system that integrates Soiling Sensors and is based on PV Reference Measurements. Beyond monitoring the soiling ratio, it analyzes the impact of contaminants on power generation efficiency and, through integration with plant management systems, provides real-time data and cleaning recommendations. The Soiling Monitoring Station is easy to in···

Soiling Sensor is a specialized device designed to monitor the accumulation of contaminants on the glass surface of photovoltaic (PV) modules. Utilizing blue light contamination optical closed-loop measurement technology, it accurately measures the Soiling Ratio (SR), which represents the proportion of contaminants on the PV panel surface. The sensor is mounted on the frame of the PV panel, contin···

Soiling Sensors are devices specifically designed to measure the accumulation of contaminants (such as dust, sand, salt, etc.) on the surface of photovoltaic (PV) panels. As environmental pollutants accumulate, the light transmittance of the solar panels decreases, leading to a loss in energy output. Soiling Sensors help solar power system operators monitor the accumulation of pollution in real-ti···

With the continuous development of solar photovoltaic (PV) technology, the scale and number of solar power plants have gradually increased. At the same time, the issue of soiling (pollution) on solar panels has become a key factor affecting their long-term performance and efficiency. Dust, sand, pollen, salt, and other particulate pollutants can significantly reduce the photovoltaic conversion eff···

In modern agriculture, efficiency and sustainability are at the heart of innovation. One key technology driving this change is soil moisture sensors—a critical tool in optimizing irrigation practices. Whether for open-field farming, greenhouse cultivation, or landscaping, integrating soil moisture sensors with irrigation systems can significantly boost crop yield, save water, and reduce operation···

PAR Sensor (Photosynthetically Active Radiation Sensor), also known as a quantum sensor, is a device specifically used to measure the intensity of light radiation in the 400-700 nm wavelength range of sunlight. This range corresponds to the spectrum of light that is essential for photosynthesis in plants, known as Photosynthetically Active Radiation (PAR).