BASIC SYSTEM INTRODUCTION
Compared with conventional fixed systems, delivers a comprehensive improvement in energy efficiency and reliability.
SUBSTANTIAL GENERATION IMPROVEMENT
Average annual generation gain: 30%-40%; the maximum winter gain can exceed 50%.
Solar-energy utilization reaches 87%, a leading industry level.
On cloudy and rainy days, generation loss is as low as 12%, versus 40% for conventional systems.
PRECISE CONTROL AND RELIABLE QUALITY
±0.5° system tracking accuracy, approximately 2-4 times the common industry level.
Designed for Force 12 wind protection and field-tested in Force 12 typhoon conditions.
25-year design life; first-year failure rate below 1% during the warranty period.
FULL-RANGE PRECISE TRACKING
Astronomical algorithm engine.
BeiDou / GPS / GLONASS triple positioning.
This intelligent solar tracking system is engineered to maximize photovoltaic energy yield by precisely following the sun's path across the sky. Built with high-precision mechanical transmission and smart algorithm control, it delivers reliable day-round tracking performance across diverse terrain and climate conditions.Key Features0–90° Tilt Precision Adjustment
The elevation axis supports a full 0° to 90° tilt range, allowing the panels to sit flat for storm/wind protection, rise for optimal morning/evening incidence, and adjust optimally across all seasons.
240° Azimuth Wide-Range Rotation
The horizontal axis covers an expansive 240° azimuth range, capturing sunlight from sunrise to sunset across long summer days and high-latitude sites, with built-in mechanical limits for safe operation.
±0.5° Overall Tracking Accuracy
Combining high-resolution encoders with rigid structural design, the system achieves ±0.5° tracking accuracy, minimizing cosine loss and ensuring maximum irradiance capture throughout the day.
SmartTrack™ 3.0 Intelligent Algorithm
The onboard controller uses SmartTrack™ 3.0, which integrates astronomical positioning, backtracking for row-to-row shading, wind stow strategies, and wake-optimized group control—balancing energy gain with structural safety in real time.Application Scenarios
Mountainous, distributed, and low-irradiation regions requiring high yield per hectare
SYSTEM PARAMETERS
Total PV Power
8 × 460 W = 3,680 W. Under NMOT, the maximum-power median is 449-471 W;under STC it can be higher, in the 590-620 W range. STC provides a unifiedcomparison standard and avoids distortion caused by different test environments.
Operating Area
35 m² (top surface rotates 360° in the horizontal state)
Maximum OverallHeight
5.28 m (maximum point above ground when PV modules are vertical)
Minimum ModuleClearance
0.7 m
Total Weight
680 kg, including 8 PV modules (8 × 33.5 kg = 268 kg), 342 kg mechanical structure,and 70 kg for two motors and assemblies
Foundation
2.4 m³, 220.6 concrete structure
Position Control
Closed-loop system with encoder and position sensor
Power / AuxiliaryCircuit
220 V AC / 24 V DC
Azimuth Range
0-240°
Tilt Range
0-85°
Control Unit
STMicroelectronics STM32 embedded control system with distributed I/O andRS485 interface
Unit Operation
Manual operation required for each unit; remote power diagnosis via the Internet
Software
Smart Zero-Carbon Ecosystem Platform
Position Accuracy
±0.5°
Drive Method
2 DC motors
Durability
Designed for Force 10 wind resistance
Certification
CE
MOTOR TECHNICAL PARAMETERS
Motor Type
DC geared motor
High torque and high precision
Rated Power
91 W
Low power consumption, high torque
Operating Voltage
DC 24 V
Safe voltage, electric-shock protection
Rated Torque
120 N·m
Drives 8 modules (5 kW)
Rotational Accuracy
±0.5°
Closed-loop control with Hall sensors
Service Life
≥50,000 h
Approx. 10-15 years, above industryaverage
Noise Level
<55 dB
Low-noise design suitable for residentialareas
Protection Rating
IP65
High-level dust and water protection
Gear Ratio
736:1
Precision planetary gear reducer
Lubrication
Lifetime maintenance-free
Fully sealed; no lubricant refill required
Ambient Temperature
-40°C to +80°C
Strong temperature adaptability
Self-Locking
Automatic lock on power loss
Prevents reverse rotation; strong windresistance
SENSOR CONFIGURATION
Dual-Axis Hall Sensor
±0.3°
300 ms
Real-time equipment attitude feedback
GPS Positioning Module
±3 m
1 min
Longitude, latitude, altitude, and time
Wind Speed Sensor
±0.3 m/s
300 ms
High-wind protection trigger
Limit Sensor
<200 ms
300 ms
Limit-state acquisition and hardwareprotection
DUAL-AXIS HALL SENSOR
Sensor Name
Dual-Axis Hall Sensor
Model / Accuracy
GW6K-DNS-CN-G40
SamplingFrequency
300 ms
Function
Real-time equipment attitude feedback
Features
1. Preferred domestic benchmark with high reliability; 2. High-efficiency power conversion and intelligent component management; 3. High- quality after-sales service
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy