TrinaTracker drew on its experience and digital intelligence know-how to implement a big technological change at a plant in China’s Shandong province, which was affected by effectivity bottlenecks attributable to growing older know-how.
The core of the improve includes changing the plant’s outdated digital management system with TrinaTracker’s self-developed TCUs and NCUs. It overcomes communication boundaries and improves the safety protection mechanism. The superior stow technique routinely prompts when robust winds strike, intelligently adjusting the tracker based mostly on real-time meteorological knowledge to attenuate the dangers introduced by dangerous climate. In addition, the TCU acknowledges motor overloads and prompts the stow program, stopping structural injury attributable to extreme discharge and guaranteeing long-term stability and security.
To unlock the ability era potential of the plant, TrinaTracker combines its SuperTrack good algorithm, with Smart Backtracking Algorithm (SBA) and Smart Tracking Algorithm (STA). SBA makes use of a patented mini-shading mannequin to create a 3D map utilizing terrain knowledge, enabling self-learning and self-optimization for real-time detection of parameters and maximize the benefits of the tracker. STA depends on a Bifacial Irradiance Model to find out the optimum monitoring angle for cloudy and wet circumstances, minimizing rotation and increasing operation instances.
In the quickly creating PV trade, technological innovation is the driving pressure driving the sector ahead. TrinaTracker’s Smart Control System is deployed worldwide, with contracts exceeding 6.2GW in 16 nations and areas.