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solar tracker system
solar tracker system
solar tracker system

Land Metal Single Post Tilt Solar Brackets Solar Tracking System

1.Increase power generation: Automatic tracking of the sun can significantly increase the power generation efficiency of solar panels, which can increase power generation by 10%-30% compared to fixed racking systems.
2.Reduce land occupation: The single column design has a small footprint and is highly adaptable, especially suitable for areas with limited land resources.
3.Reduced maintenance costs: The high degree of automation reduces the need for manual adjustments, thus reducing maintenance costs.
4.Adaptation to complex terrain: The single column design enables the system to adapt to a variety of complex terrain, such as mountains and slopes.
5.Intelligent control system: Equipped with advanced sensors and control system, it is able to realize accurate sun tracking.

  • Brand:

    Kseng
  • Product Origin:

    XIAMEN
  • Material:

    HDG steel, Al-Mg-Zn Coating Steel
  • Warranty:

    10 years
  • Service Life:

    25 years
  • Certification:

    TUV, CPP, IEC,etc
  • Wind Load:

    >=18m/s

Single post solar tracking system is a device used to increase the efficiency of solar photovoltaic (PV) power generation by enabling the PV modules to rotate with the movement of the sun in order to maximize the reception of solar radiation.


Selling Points:

1. Durable structure for long-term outdoor operation

2. Advanced tracking technology for higher energy yield

3. Reliable solution for industrial and commercial solar installations

4. Smart solar tracking solution for clean energy future


solar tracking ground mount




Tracking Structure Parameters
Tracking Technology
Single Post  Solar Tracking System
Maximum capacity per set
6kWp ( Estimated with 600W PV-Modules )
PV-Modules quantity per set
10PCS
Tracking range
±45°( E-W )
Tracking accuracy
±0.5°
Tilt angle
25°- 40°( S-N )( according to project )
Protection of wind speed
≥18m/s ( Windy area )
Foundation form
Concrete foundation
Tracking Controller Parameters
Control system
MCU
Load design standard
GB, ASCE,BS EN,AS
Overheat prevention
Have
Night stow mode
Have
System fault self-diagnosis
Have
Overload prevention
Have
Motor Type
24V DC Motor
Drive System
Slew drive
Power Acquisition Mode
AC-powered or self-powered ( with 8 PV modules )
Solar tracking method
Astronomical algorithm + closed loop(AI Control)

Advantage:1.Built-in inclination sensor 2.Smart wind protection mode 3.Increase power generation by 10-30% 4.Optional AC power or self-power supply

Projects:

Custom Solar Tracking System Supplier

FAQ

Q1: What is the installation process of auto-turning single column solar tracking racking system?
A1: The installation process usually includes foundation preparation, column installation, solar panel installation, drive installation and control system installation. The entire process requires a professional installation team to ensure the stability and reliability of the system.

Q2: How does the system withstand harsh weather conditions?
A2: The auto-turning single post solar tracking racking system is designed to take into account all kinds of severe weather conditions, such as high wind, rain and snow. The system undergoes rigorous wind load testing and material selection to ensure stability in adverse weather conditions.

Q3: How often does the system require maintenance?
A3: Maintenance intervals depend on the actual usage of the system and environmental conditions. In general, it is recommended that a comprehensive inspection and maintenance be performed at least once a year to ensure proper operation of the system.

Q4: If the system malfunctions, how can I quickly locate and fix the problem?
A4: Many auto-turning single post solar tracking rack systems are equipped with remote monitoring and troubleshooting features that allow for quick problem localization and remote guidance or on-site repairs.

Q5: What is the payback period for a system?
A5: The payback period depends on a number of factors, including system cost, installation cost, operating cost, power generation and local electricity prices. Since the system can significantly increase the amount of power generated, payback can usually be achieved in a relatively short period of time.
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