The wind farm is usually located in a remote location, the area is sparsely populated, and the wind turbines are deployed along mountain ridges, with high altitude, large temperature difference between day and night, and changeable climate, or along the offshore coastline. The locations are with minimal public network coverage. Operating in harsh environments with signal dead zones poses significant safety risks to wind farm construction, operation & maintenance, and production safety. Moreover, the absence of a high-performance private network infrastructure significantly delays the digital transformation and smart upgrade initiatives for wind farms.

The solution deploys Picocom PC802-based integrated high-power base stations and integrated pico cells in a coordinated hybrid network configuration, delivering the wide-area coverage of wind turbines and local coverage of wind farm, providing high uplink bandwidth and large-scale data acquisition capabilities. This solution provides the fundamental network infrastructure enabling users to build smart wind farm systems that integrate AI-based predictive analytics, big data processing, and cloud computing technologies.