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···

Use a NiuBoL PV soiling station to assess cleanliness after rain. Check dry readings, channel differences and module condition; request an integrated monitoring quote.

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···

Compare a NiuBoL PAR sensor vs quantum sensor for crop monitoring. Check W/m², PPFD, output scaling and light-source suitability; request a defined sensor configuration.

Select a NiuBoL leaf temperature sensor for crop wetness monitoring. Separate simulated-surface readings from living-leaf temperature; request a suitable configuration.

Specify a NiuBoL weather station barometric pressure sensor. Check accuracy, channel mapping and logger scaling before purchase; request a compatible configuration.

Soil moisture sensors are essential tools in agriculture, gardening, and environmental monitoring to assess soil conditions, especially in managing irrigation systems. There are two common types of soil moisture sensors: capacitive and resistive. In this article, we will explore the differences between these two types of sensors, their working principles, uses, and help you decide which one is bes···

NBL-S-THR soil temperature and humidity sensor and NBL-S-PH soil pH sensor are crucial tools in modern agriculture and environmental monitoring. The NBL-S-THR optimizes irrigation plans by accurately measuring soil moisture, improving water resource efficiency. The NBL-S-PH monitors soil pH to ensure plants grow in the most suitable soil conditions. These sensors are widely used in agricultural ir···

Choose a NiuBoL tipping bucket rain gauge output for weather and water projects. Compare pulse, voltage and RS485 scaling; request a compatible RS or DRS configuration.

Choose NiuBoL irrigation soil moisture sensors for field and greenhouse projects. Compare THR and TMC channels, accuracy and interfaces; request a suitable configuration.

Read about NiuBoL's April 2025 PAR sensor export to Denmark. Review NBL-W-PARS measurement, units and logger connections, then request a suitable sensor configuration.

This article will detail how the NiuBoL sensor, through a data logger (gateway/data recorder), uses the MQTT protocol to connect to the Thinger.io platform. Thinger.io supports the MQTT protocol, allowing devices to communicate with the platform by publishing (Publish) and subscribing (Subscribe) to messages. Devices need to use specific MQTT topic formats and authenticate through a device token. ···

Plan NiuBoL PV weather station offline data for solar plants. Check local records, outage retention and server recovery before ordering; request a logger configuration.

Configure NiuBoL PV weather station alarms for solar plants. Separate weather changes, stale readings and plant faults; request a defined sensor and notification setup.