Imagine checking your soil’s health from your smartphone, knowing exactly when to water, and watching your crops thrive—all while slashing water and fertilizer costs. That’s not the future of farming—it’s today, thanks to the ZONEWU RS485 3-in-1 Soil EC Sensor. Designed for modern growers, this all-in-one device takes the guesswork out of irrigation by monitoring soil moisture, temperature, and el...
Imagine this: A sudden 0.5℃ temperature fluctuation in your electronic manufacturing workshop leads to a 15% drop in product yield. Or excessive humidity in your pharmaceutical warehouse risks violating GMP compliance and costly product recalls. In industrial environments, even tiny changes in temperature and humidity can trigger chain reactions that damage your bottom line. Fortunately, the ZONEW...
The core application scenarios of PM2.5/PM10 sensors undoubtedly lie in the industrial sector. Dust-prone areas such as cement plants, flour mills, and industrial workshops have extremely high requirements for the accuracy and stability of dust monitoring. As a LoRaWAN-based sensor, the LW313D focuses on adapting to industrial scenarios. This article focuses on testing its performance in industria...
Why Soil pH Monitoring Is Non-Negotiable for Modern Farms Soil pH is the hidden backbone of crop health. It directly impacts: Nutrient availability: Essential elements like nitrogen, phosphorus, and potassium become inaccessible when soil is too acidic or alkaline. Microbial activity: Beneficial soil bacteria that break down organic matter thrive only in optimal pH ranges. Crop yield & quality...
In modern agriculture, the gap between traditional experience-based farming and data-driven precision management has never been wider. Fungal diseases, drought stress, and inconsistent crop yields often stem from overlooked micro-environmental changes—especially the temperature and humidity on leaf surfaces, not just in the air. That’s where the ZONEWU LoRaWAN Leaf Temperature Humidity Sensor (Mod...
Water is the source of life, and its quality is directly linked to human health, ecological balance, and the sustainable development of industry and agriculture. Strict monitoring is essential for the tap water we drink daily and the natural water bodies such as rivers, lakes, and seas. In the past, water quality testing often meant cumbersome laboratory procedures, bulky equipment, and long waiti...
