Dual-Row Horizontal Single-Axis Solar Tracker

Dual-row array cuts cost per watt by 10%-15%

20-50 kW module capacity per unit for utility-scale plants

Anemometer stow above 15-20 m/s; survival 55 m/s

Shared drive and higher land utilization

Built for GW-scale desert and plain sites

Product Description
Product Parameters
Our Services
FAQ

Product Description

High-capacity horizontal single-axis tracker with dual-row module layout. It combines dual-row PV array with single-axis tracking mechanism, achieving higher land utilization and lower installation cost per watt. It is the mainstream high-efficiency solution for utility-scale ground PV power plants.

Dual-Row Horizontal Single-Axis Solar Tracker

Product Parameters

Main materialHot-dip galvanized carbon steel
TrackingHorizontal single-axis
DriveLinked drive
ControlSolar algorithm with GPS time sync; anemometer-triggered stow
Operating wind speed≤15-20 m/s (10-min mean at 10 m), auto-stow above threshold
Stow-position survival55 m/s (3-s gust at 10 m; 60 m/s available on project-specific verification)
Design snow load1.5 kN/㎡ ≈ 31 psf (EN 1991-1-3)
Capacity per unitModule capacity 20-50 kW (modules and inverters excluded)
Cost per wattAbout 10%-15% lower than single-row projects of the same scale
Design life25 years; structural warranty 10 years, electrical warranty 5 years

Our Services

We provide full-cycle seller services for solar mounting systems. Our engineering team can offer customized solutions for different working conditions such as rooftop, ground-mount and solar carport.

Every batch of goods is inspected before shipment to ensure corrosion resistance and structural safety.

From quick quotation, drawing confirmation and production schedule update to container loading arrangement and after-sales technical guidance, our sales and engineering team respond promptly to your bulk orders and project inquiries.

Dual-Row Horizontal Single-Axis Solar Tracker

FAQ

Q1: How much lower is cost per watt vs. single-row trackers?

A1: About 10%–15% lower system cost per watt due to higher land utilization and shared drive mechanism.

Q2: What is the maximum capacity per unit?

A2: Standard 20–50kW per unit; larger capacity customization available for utility-scale plants.

Q3: What projects is it best for?

A3: Utility-scale GW-level ground power stations, especially large flat desert and plain sites.

Q4: Is installation more complicated?

A4: We provide full installation drawings and on-site technical guidance for professional PV construction teams.