The success of greenhouse remote monitoring systems relies on the collaborative work of these high-performance sensors. From environmental monitoring to water/fertilizer management, each sensor provides precise data for optimizing production decisions. Choosing the right combination of sensors (e.g., light, CO₂, and soil EC sensors for high-value crops, or wind speed and rain/snow sensors for reg···

Mechanical anemometers and ultrasonic wind sensors each have their unique advantages and limitations. Mechanical anemometers (e.g., NBL-W-SS and NBL-W-DS) dominate traditional applications due to their low cost, low power consumption, and ease of maintenance. Ultrasonic wind sensors (e.g., NBL-W-21GUWS), however, are increasingly replacing mechanical devices in high-precision applications due

Rainfall is one of the most important sources of fresh water, and monitoring rainfall is crucial for agriculture, hydrology, weather forecasting, and climate research. A rain gauge is a meteorological instrument used to measure the amount of precipitation (usually rainfall) over a specific period of time in a particular area. It is a key tool in weather monitoring, hydrology, and agriculture, prov···

A remote solar outdoor weather station is a self-sustaining, solar-powered device designed to monitor and record various atmospheric and environmental conditions in real-time. These weather stations are typically deployed outdoors, especially in remote areas that lack electricity or are difficult to maintain, and they are equipped with wireless communication functions that transmit data to users v···

An atmospheric pressure sensor is an electronic device used to measure atmospheric pressure, typically in units of hectopascals (hPa), millibars (mbar), or inches of mercury (inHg). Atmospheric pressure refers to the force exerted by air on a unit area, reflecting weather changes, the movement of pressure systems, and changes in altitude. Air pressure is a core parameter in meteorological observat···

In modern agriculture, the efficient management and precise utilization of water resources directly impact crop yield and quality. Traditional irrigation practices often rely on farmers’ experience, which can lead to water waste or insufficient irrigation, ultimately affecting crop growth. The emergence of smart soil moisture monitoring systems offers an innovative solution to this challenge. By ···

soil water content sensor is an instrument used to measure the water content in soil. It typically works by inserting probes into the soil and detecting the soil's volumetric water content (VWC) based on principles like dielectric constant, capacitance, or resistance. The water content is expressed as a percentage (%V/V) or volume ratio (m³/m³). Common technologies include Frequency Domain Refle···

Precipitation Sensor, also known as a rain gauge or rainmeter, is a device used to measure the amount of precipitation in the natural environment, including rain, snow, hail, and other forms of water. It captures the precipitation and converts it into quantifiable electrical or digital signals, making it easier for data collection, processing, and recording. Precipitation Sensors are widely used i···

Soil sensors, by providing real-time data on soil moisture, temperature, pH, electrical conductivity, and nutrients, offer data-driven solutions for modern agriculture. Soil moisture sensors optimize irrigation, conserving water; temperature sensors guide planting and greenhouse management; pH sensors support soil amendments and crop selection; electrical conductivity sensors prevent salinization;···

The core function of soil moisture monitoring stations is "accurate sensing + intelligent decision-making." The equipment is equipped with high-precision sensors that can monitor soil moisture at different depths (such as 10cm, 30cm, and 50cm) and simultaneously record soil temperature, electrical conductivity, and other data. For example, in maize cultivation, when the moisture content in the roo···