While the world revels in festive joy, an invisible IoT network silently guards our Christmas feast and tomorrow’s table.
As Christmas bells chime and hearths glow warm, tables groan with festive abundance. Yet, amidst this celebration of bounty and reunion, we might seldom think of the qu...
On towering construction sites, tower cranes, as core heavy equipment, their safe operation directly affects the progress of the project, property safety and the lives of personnel. Among the numerous environmental factors that affect the safety of tower cranes, wind load is the largest and most ...
In the process of agricultural production transforming from “relying on the weather for a living” to “acting in accordance with the weather”, precise perception of the microclimate in the fields is the cornerstone of intelligent management. Among them, wind, as a key meteo...
As water resources increasingly become a strategic asset, achieving their accurate, reliable, and continuous measurement and management is a common challenge for smart cities, environmental protection, and industrial energy conservation. Non-contact radar flow measurement technology, with its uni...
From Norway’s deep-sea salmon cages to Vietnam’s shrimp ponds, IoT water quality sensors are quietly sparking a “precision aquaculture” revolution, bringing an ancient industry into a new era of data-driven management.
In Vietnam’s Mekong Delta, shrimp farmer Tran Va...
They are no longer just simple components in smoke detectors. A new generation of smart gas sensors, characterized by miniaturization, intelligence, and connectivity, is quietly permeating every aspect of our lives and industries, becoming a key sensing foundation for ensuring health, safety, and...
In the age of lidar and satellites, a simple mechanical device—relying on a plastic or stainless steel bucket—remains the foundation for the accuracy of data from millions of weather stations worldwide.
When we check the minute-by-minute rainfall on our phones, few would imagine that this data mi...
Introduction: The “Smart Meteorological Brain” of Photovoltaic Power Stations
With the large-scale development of photovoltaic power stations, the complexity of scenarios and the refinement of operations, the traditional decentralized independent meteorological sensors have become dif...
Introduction: When Sunlight Becomes a “Variable”
The core of photovoltaic power generation is to convert solar radiation energy into electrical energy, and its output power is directly affected in real time by multiple meteorological parameters such as solar irradiance, ambient temper...