Economical Control System, Less Ebos Cost, Four Structures Share One Controller

Economical Control System, Less Ebos Cost, Four Structures Share One Controller Featured Image
  • Economical Control System, Less Ebos Cost, Four Structures Share One Controller
  • Economical Control System, Less Ebos Cost, Four Structures Share One Controller

Short Description:

* Tracking with accuracy and synchronous rotation control.
Optimized the cost under the conditions of ensuring tracking quality and power generation efficiency.

* The system with stable modules and complete equipment protection tracks solar angle accurately through astronomical algorithms. It also has multiple protocol interfaces, open protocols, networking functions and wireless modules

 


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The intelligent anti-shadow design incorporated into the system enables improved electrical balance and better tracking capabilities. The system is based on astronomical algorithms that enhance electricity collection and complex terrain adaptability through intelligent algorithms. This innovation provides a range of external auxiliary and data access interfaces that allow for easy access and manipulation of data.

The independent control of the drive unit ensures safety and stability, while the clear framework makes it easy to maintain. The system operates in a low-irradiation energy-saving mode, which reduces energy consumption while increasing electricity generation benefits. The series power supply with self-contained energy storage module provides a reliable power supply that can operate for days without power interruption in extreme cases.

The maximized interface design provides a greater possibility for system expansion in the future, making it possible to integrate additional features and functions. The wireless debugging on mobile devices significantly improves debugging efficiency, while the freely interconnected control system ensures maximum flexibility of the system.

Local storage of critical data allows for traceability of abnormal situations, while the open communication interface and modular SCADA system facilitate equipment management. The industry-first multiple-level wind speed protection determination logic balances system stability and electricity generation efficiency, ensuring that the system remains operational in even the most challenging weather conditions.

The night-time flutter mode maintains the optimal operating state of the driving unit, while the support for multiple driving points ensures synchronous operation of multiple driving points. This innovation is a game-changer in the field of wind power generation, providing a new approach to ensuring the efficient and stable operation of wind turbines.

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