Professional Dual Axis Solar Tracker Mount Photovoltaic System High Precision Tracking

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Professional Dual Axis Solar Tracker Mount Photovoltaic System High Precision Tracking

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Product Description

Basic Specifications

Model NO.

solar tracker

Certification

ISO, TUV, CE

Application

Commercial

Material

Steel

Type

Tracking Bracket

Main Beam Section

C160×80×20×3.0mm

Purlin Spacing

1200-1500mm (Adjustable)

Post Spacing

3.0m / 4.0m / 5.0m

Connection Type

Bolted, No Field Welding Required

Transport Package

Customization

Specification

customization

Product Description

Parameter	Single-Axis Tracker 1P Specifications	DUAL-AXIS TRACKER 2P SPECIFICATIONS
Tracking Range	±60°(horizontal)	Full 360 degrees
Tracking Accuracy	±2°	±1 degree
Power Consumption	<0.5% of daily generation	<1.5 percent
Wind Protection	StowMode (automatic, predefined velocity)
Drive System	Gear Motor (linear actuator / slewdrive)
Control	GPS + Light Sensor (smart algorithm)
Annual Gain	+15-25% (compared to fixed tilt)	+30-45 percent

Frequently Asked Questions

What is the difference between single-axis and dual-axis solar trackers? ▼

Single-axis trackers follow the sun from east to west on a single axis, offering an annual generation gain of 15% to 25% compared to fixed-tilt mounts. Dual-axis trackers adjust on two axes (horizontal and vertical) to target the sun precisely all day, achieving a higher annual gain of 30% to 45%.

How does the wind protection system operate? ▼

The tracking system includes an automatic StowMode feature. Once wind speeds reach a predefined limit, the control system automatically triggers the gear motor to drive the panels into a horizontal, low-drag stow position to protect the structural components from extreme wind loads.

Is on-site welding required during installation? ▼

No. The structural connection system is completely bolted. All components are pre-fabricated and engineered for simple assembly on-site, minimizing the labor costs and specialized tooling requirements typically associated with field welding.

What controls the tracking algorithm of the system? ▼

The smart control system utilizes a combination of high-precision GPS positioning and real-time light sensors. This hybrid approach ensures the solar tracking mount calculates the exact location of the sun even under cloudy or changing weather conditions.

How much power do the tracking motors consume? ▼

The system is engineered to be highly energy-efficient. The single-axis tracker consumes less than 0.5% of its daily energy output, whereas the dual-axis tracker consumes less than 1.5% of the daily power generated.

What certificates and quality standards are met? ▼

The solar tracker structure and electrical systems are fully certified with ISO, TUV, and CE standards, guaranteeing compliance with global quality and mechanical safety regulations for commercial applications.