Horizon D Series Solar Tracking Systems

01 Product Description

The Horizon D Series tracker is designed for high adaptability to uneven terrain with a gradient difference of up to 15% in the N-S direction. Its 2P module design significantly reduces the number of required pile foundations to approximately 140 pieces per MW, lowering overall costs.

The system is compatible with 182mm and 210mm cell modules and features an obstacle-free layout between independent trackers for easy construction and maintenance. Its reliability is enhanced by an independent control system that monitors operation and identifies fault points to minimize power output loss. Smart tracking technology adjusts the tilt angle based on terrain and weather data to increase energy generation. System stability is ensured through exclusive structural design and rigorous wind tunnel testing.

The principal structure is made from hot-dip galvanized or Zn-Al-Mg coated steel with a mean coating thickness of ≥80μm. It utilizes a slew drive system and supports various foundation types, including PHC, cast-in-place pile, and steel pile.

02 Accessory schematic diagram

03 Core Engineering Parameters

04 Industry Application Scenarios

✔ Deserts and marginal lands: Applicable systems: Single-axis and dual-axis tracking systems

✔ Slopes and undulating terrain: Applicable systems: Inclined single-axis/adaptive dual-axis systems

✔ Rooftop photovoltaic and community power supply: Applicable systems: Light-duty flat single-axle/small-sized dual-axle systems

05 Professional technical services

▶ Scheme design and structural analysis:

Provide customized load calculation reports (including wind load/snow load/seismic force analysis).

▶ On-site exploration support:

Engineers conduct on-site investigations of geological conditions (soil bearing capacity/slope/corrosive environment).

▶ Installation training and guidance:

Provide standardized installation videos, operation manuals and on-site technical guidance to ensure zero error in construction.

06 Technical verification system

Provide standardized installation videos, operation manuals and on-site technical guidance to ensure zero error in construction.

07 Technical verification system

▶ Extreme environmental testing

• Pass the low-temperature impact at -40℃

• Salt spray corrosion (3,000 + hours)

• Extreme tests such as 60m/s hurricane simulation.

▶ Third-party certification

• We hold wind pressure, snow pressure, seismic resistance and material certification certificates issued by TUV, SGS and other institutions to ensure the compliance of global projects.

07 Packages & Shipping

International standard packaging; Goods are dispatched from Shanghai, Ningbo, Tianjin, Xiamen and Shenzhen ports in China.

08 Project Case