Smart Weather Station

Smart weather stations serve as the "data cornerstone" for monitoring weather and climate change. By collecting multiple key meteorological parameters in real time, they play a central role in disaster prevention and mitigation, industry services, scientific research, and climate response.

The XC-WS-01 smart weather station enables comprehensive, real-time monitoring and recording of meteorological data. It includes sensors for wind speed, wind direction, temperature, humidity, snow depth, rainfall, hail flux, and more. Users can select the appropriate sensor types based on their needs.

Ultrasonic Wind Speed and Direction Sensor

Temperature and Humidity Sensor

Laser Snow Depth Sensor

Rain Gauge Sensor

Hail Flux Sensor

Solar Tracker Components

Taicang Project in Suzhou, China

Solar Tracking System in A Photovoltaic Power Station Project in Ningxia

Hongsibu Project in Ningxia, China

Solar Tracking System in Bayannur Project in Inner Mongolia Photovoltaic Power Plant Project

Bayannur Project in Inner Mongolia, China

Solar Tracking System in Weinan Project in Shanxi

Weinan Project in Shanxi, China

Solar Tracking System Yuncheng Project in Shanxi China

Shanxi Project in Yuncheng, China

Solarsurges Insights in Solar Tracker

May 24 2026
Solar Monitoring System: Why Large-Scale Assets Need Solar SCADA Instead of Standard Monitoring
As utility-scale PV plants grow in 2026, basic monitoring — simple dashboards and inverter status pages — is no longer enough to protect revenue. A professional solar monitoring system must do more ...
May 20 2026
Tesla's Giant Solar Panel Factory in Houston: A Major Step Toward 100GW Photovoltaic Manufacturing
Tesla builds a massive solar panel manufacturing facility in Houston, Texas — vertical integration from silicon ingots to panels.
May 20 2026
Solar Tracker: How AI-Driven TCU Controllers Maximize Solar Yield Beyond Astronomical Algorithms
Traditional tracker control relies on astronomical sun-position algorithms — accurate on paper, but not always optimal in real fields where clouds, wind stow events, terrain variation, and mechanical...