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Stock code : 600153.SH
Independent Single-axis 2P Tracking System optimizes lifetime value and performance, adopts multi-point linear push rod drive, features slew driving system for maximum stability in extreme weather, equipped with dampers to ensure the stability of the system. Specially designed for double-sided modules and compatible with single-sided modules. The tracker uses intelligent tracking algorithm, ensuring optimal tracking bracket position to achieve maximum power generation gain.
| Project Site: Open Ground | Foundation: Driven Pile, Ground Screw, Concrete |
| Tilt Angle: Up To ± 60° | Wind Load: ≤150km/h, Customized Designs Available for Higher Wind Speeds |
| Snow Load: ≤2000Pa | Applicable Module: Frame or Frame-less |
| Module Orientation: Portrait | Origin of Product: China |
Features:
2 Portrait system, up to 180M span, support 6 strings.
High ground clearance, high gain on the back.
Compatible for 182, 210 large size PV module. Specially designed for double-sided modules and compatible with single-sided modules.
Stable mechanical structure. Multi-point drive system can reduce wind-induced response, driver system can use linear actuator or slewing gear to meet the need of different project requirement.
Minimum unit pile foundation installation, greatly reducing the project construction cost.
Advantages:
Strong wind resistance. Parts structure design and testing under strict conditions, withstand at least wind pressure 2400Pa.
Intelligent tracking algorithm. Fully consider the effects of scattered and reflected light irradiation and more effective on cloudy and cloudy days.
Easy cleaning operation and maintenance. The sealing and self-lubricating design of the driving rotating mechanism, can realize free maintenance equipment.
Automatic cleaning. Combination with cleaning robot, smooth surface for tracking system, meet the operating conditions of the robot, automatic cleaning of PV modules.
Higher utilization rate of irregular land. The number of columns in the 2P system is reduced by more than 40% compared to the general tracking system, which greatly reduces the cost of civil engineering.
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