Single Axis Solar Tracker System

Mibet Horizontal Single-axis Smart Tracking System is constructed with high-strength bracket profiles. Adopting the multi-point parallel drive technology, combined with high-precision astronomical algorithms, AI closed-loop control system and professional retrospective algorithms, it can effectively avoid shadow shading and increase annual power generation by 20%. The system is equipped with intelligent monitoring and self-protection functions against severe weather to ensure long-term reliable operation. Its structural design facilitates post-maintenance and achieves favorable return on investment.

APPLICABLE PROJECTS

The product is applicable to PV projects in plains, hills, deserts, wilderness and industrial parks, etc. It can be integrated with agriculture, animal husbandry, industry and other industries.

SYSTEM STRUCTURE

Horizontal Single-axis Intelligent Tracking PV System

SYSTEM ADVANTAGES

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Stable Drive Structure

The "slewing drive + push rod" multi-point parallel drive solution effectively distributes pressure, featuring high torsion resistance, vibration resistance and reliability.

Intelligent and Precise Tracking Algorithms

Combined with high-precision astronomical algorithms and AI retrospective algorithms, it accurately locates the tracking angle and increases power generation by 20%.

Remote Monitoring System

The product is equipped with a control platform for real-time data monitoring, fault diagnosis and data analysis to improve operation and maintenance efficiency.

Multiple Protection Performance

The large damping structural design effectively resists wind and reduces vibration. It supports self-protection modes such as wind stowage and automatic snow removal.

Flexible Adaptability and Wide Compatibility

It can flexibly adapt to a 20% ground slope to meet the installation requirements of irregular terrain. It is compatible with large-size and bifacial modules.

Optimized Costs and Enhanced Power Generation Benefits

The product supports barrier-free cleaning by robots to optimize operation and maintenance costs; the wide-angle tracking range improves power generation benefits.