GS-Light Intelligent Tracking System (Multipoin...

It is suitable for various power plant projects, especially in power plants with bifacial double class module or high civil construction costs.

· 3 single-row drive devices, can improve the structural rigidity of the system and the system has stronger wind resistance;

· Adopt advanced AI intelligence and double-sided tracking algorithm, higher power generation;

· The column span is larger, the number of installed machines is less, and the construction cost is greatly reduced;

· Forward-looking design, applicable to 182mm and 210mm large silicon wafer high-power components, with a maximum of 120 modules;

· Differentiated column design , different pile foundations can be selected according to different geological conditions, the slope of 15% in the north and south can be realized, and the slope in the eastwest direction is unlimited;

· The system has passed third-party testing and certification such as wind tunnel and TUV to ensure stable operation of the system for 25 years;

· It can be matched with AC or PV power supply to improve the stability of wireless transmission, take into account the laying of string and tracking cables, and greatly reduce the cost per kilowatt-hour (LCOE) of the power station.

Mechanical Aspect

Number of tracker drive modules

2X60

Number of motors per tracker

3-5

Tracking range

±50°

Material

Hot-dip galvanized steel + aluminum-magnesium-zincplate + pre-galvanized

East-west land slope

Unlimited

North-south land slope

< 15%

Module arrangement

Double row Portrait

Ground clearance

> 500mm, (customizable)

Foundation form

Ramming post, PHC pile, Concrete

Standard wind speed

< 47m/s, 3 seconds gust, (customizable)

Protection wind speed

18m/s

Mechanical tracking accuracy

±2°

Land occupation rate

30%

Grounding method

Self-grounding

Electrical Aspect

Drive way

Linear actuator drive

Motor power

220W

Flat time

< 8 minutes

Controller

MCU

Control tracking accuracy

< 2°

Control mode

Independent GPS time control + tilt sensor hybrid control

Limit protection

Mechanical limit+ motor hard limit + soft limit

Motor protection

Overheat protection, overcurrent protection, self-locking protection

Operating temperature

-40-+70℃

Protection level

IP65

Power consumption

< 0.04kWh/day

Power supply

String power supply/external power supply

Communication method

LoRa/Zigbee wireless communication or RS485

Signal transmission method

Wired/wireless optional