What is a flat single-axis solar tracking bracket?
A flat single-axis solar tracking bracket is a mounting system that rotates solar panels along one horizontal axis (parallel to the ground) to follow the sun’s daily east-west path. This maximizes sunlight exposure, significantly boosting energy generation.
Performance data reveals these systems deliver 20–30% higher power output than fixed-tilt installations. Their efficiency is latitude-dependent: regions below 30° latitude achieve the most substantial gains, making them ideal for low-latitude deployment.
General parameters
Photovoltaic tracking bracket: single row flat single axis
Tracking range: ±60°
Driver: multi-point linear actuator
Standard configuration: 2 rows of vertical installation (2P module long side perpendicular to the main beam) up to 4 strings per bracket
Compatible modules: Framed modules
Optional foundation type: direct tamping (column foundation integrated} pre-drilled/microporous concrete pouring/PHC pipe pile
Column section: W-type, compatible with IPE, IPEA
Module fixing method: bolts, rivets, blocks
Number of columns per MW: [550WD module] -106 columns/MW (120 modules per bracket)
[670Wp module] -102 columns/MVV (102 modules per bracket)
Allowable wind load and snow load: Designed according to project requirements
Back shadow shielding coefficient: 0.8%
Maximum wind speed: 42m/s
Terrain adaptability north-south slope: ≤15%
Structure
Material: high-strength steel material
Coating: hot-dip galvanizing HDG, pre-galvanized and magnesium-aluminum-zinc