News
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Breaking News! This “Water Stethoscope” Is Going Viral! How EC Sensors Are Revolutionizing Global Water Management
In an era of growing water scarcity and pollution, a breakthrough technology is making waves across industries and households alike. The water quality EC sensor – also known as a conductivity sensor or EC meter – is transforming how we monitor, manage, and understand our most vital resource. Fro...Read more -
In-depth Case Analysis: How Does an Agricultural Meteorological Station Change the Operational Logic of a Hundred-Mu Orchard
Introduction: Challenge – Experience or Data? A 120-mu late-maturing mango orchard once faced a seemingly unsolvable predicament for a long time: every spring, the sudden “late spring cold snap” would always cause heavy losses to all the blooming flowers in the orchard. In summe...Read more -
HONDE Multi-layer Tubular Soil Moisture Profile Monitoring System: Deeply decoding tropical soil water veins, empowering precision agriculture decision-making in Southeast Asia
In the process of transforming Southeast Asian agriculture from extensive management to data-driven precision agriculture, a fundamental cognitive bottleneck lies in the fact that traditional soil monitoring often stops at the surface layer (10-20 centimeters), and there is little knowledge about...Read more -
Leaf Surface Microclimate Perception: How Temperature and Humidity Sensors Open up a New Dimension for Greenhouse Disease Control and precise Management
In the pursuit of high yield and efficiency in modern greenhouses, the control of the environment has extended from the macroscopic aspects of air temperature and humidity to the microscopic interfaces of crop canopies and even leaves. Leaves, as the core organs for photosynthesis, transpiration ...Read more -
HONDE Compost Temperature and Humidity Sensing System: Injecting Precise “Fermentation Intelligence” into the Conversion of Organic Waste in Southeast Asia
Against the backdrop of the global active practice of circular economy and climate action, Southeast Asia is standing at a critical juncture in urban organic waste management and the green transformation of agriculture. Efficiently converting abundant agricultural residues, garden waste and kitch...Read more -
How Handheld Radar Flow Meters Are Propelling Century-Old Hydrometry into the Smartphone Era
When a USGS scientist aimed a ‘radar gun’ at the Colorado River, they didn’t just measure water speed—they shattered a 150-year-old paradigm of hydrometry. This handheld device, costing just 1% of a traditional station, is creating new possibilities in flood warning, water management, and climate...Read more -
How 5-in-1 COD Sensors Predict Farming Disasters 48 Hours in Advance
Hung immediately activated emergency aeration and initiated a partial water exchange. Forty-eight hours later, three adjacent shrimp farms without the system suffered mass mortality events with losses exceeding one million dollars, while his losses were contained to under 5%. “The traditio...Read more -
Root Intelligent Perception: How Soil Temperature and Humidity Sensors Reshape the precise lifeline of Greenhouse Cultivation
In the core of modern facility agriculture – greenhouses, although crops are protected from the changing natural climate, the supply of water, the source of their life – has shifted from relying on rain to being completely determined by human decision-making. For a long time, irrigati...Read more -
How Multi-Probe Sensors Are Reshaping Precision Agriculture
When a modern, million-dollar greenhouse relies on just 2-4 temperature and humidity sensors, crops live with immense climatic uncertainty. New-generation distributed sensor networks are revealing that even in advanced greenhouses, internal microclimate differences can cause 30% yield fluctuation...Read more