Single Axis One Panel Solar Tracking System PV Solar Tracker Bracket Horizontal Single Axis Intelligent Solar Tracker System

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Single Axis One Panel Solar Tracking System PV Solar Tracker Bracket Horizontal Single Axis Intelligent Solar Tracker System

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Product Description

Company Philosophy

Product Description

A solar tracking system is a device used in photovoltaic solar power systems designed to track the position of the sun and adjust the orientation of solar panels to maximize energy collection efficiency. Solar tracking systems can achieve optimal solar energy harvesting efficiency throughout the day. Whether it's in the morning, noon, or evening, the system keeps the solar panels oriented towards the sun, maximizing the utilization of solar resources.

Our single axis solar tracking systems are cost-effective, stable, and efficient. They are fully compatible with 210 modules and adapt to various terrains, allowing a north-south slope of up to 20%. The solar power tracking system is easy to install and maintain, utilizing an AI algorithm to maximize power generation.

By harnessing more sunlight and reducing reliance on conventional energy sources, solar tracking systems help mitigate greenhouse gas emissions and combat climate change, contributing to a cleaner and more sustainable energy future. The higher energy yield from solar tracking systems translates to faster payback periods and increased return on investment for consumers, making solar power more economically viable.

Solar tracking systems offer superior performance, durability, and functionality, delivering significant advantages and benefits to consumers in terms of increased energy production, improved financial returns, space efficiency, grid stability, and environmental sustainability.

Detailed Specifications

Functionality:
The solar tracking system is designed to maximize the efficiency of solar panels by orienting them towards the sun at all times. It uses sensors and motors to adjust the position of the panels, ensuring they receive optimal sunlight for maximum energy production.

Usage:
This solar-tracking-system is commonly used in solar power plants, large-scale commercial installations, and select residential setups. It is particularly beneficial in areas with high solar insolation or where space is limited, as it increases the overall energy output of the solar panels.

Application Scenarios:

Solar Power Plants: Commonly used in utility-scale solar power plants to maximize energy production and improve overall efficiency.
Commercial Installations: Large commercial buildings or industrial facilities benefit from PV tracking systems to optimize their solar energy generation.
Residential Setups: Residential installations with limited roof space or high energy requirements utilize solar energy tracking systems to enhance energy production.

Advantages of Solar Tracking System

Increased Energy Output: Captures more sunlight throughout the day, resulting in higher energy production compared to fixed-tilt systems.
Improved Efficiency: By continuously aligning panels with the sun's position, the system maximizes total energy efficiency.
Flexibility: Can be customized to adapt to different installation setups and environmental conditions.
Adaptability: Integrated seamlessly with various types of solar panels, compatible with both monocrystalline and polycrystalline technologies.
Longevity: Designed to withstand harsh weather conditions and operate reliably for many years, ensuring a long operational lifespan.

Technical Parameters

Tracking Structure Parameters
Tracking Technology	Dual-Portrait Horizontal flat single-axis tracking system	Maximum capacity per row	72KWp (3 or 4 Strings of 210 Type Module)
PV-Modules quantity per row	45PCS (2Px45) or 60PCS (2PX60)	Tracking range	±45° to ±60°
Tracking accuracy	±1°	Terrain Adaptability	10° north-south, east-west unlimited
Protection of wind speed	18m/s	Foundation form	Concrete (customizable all steel foundation)

STRUCTURE		ELECTRICAL
System type	One portrait horizontal single-axis tracker	Tracking method	Astronomical algorithm + closed-loop control (AI)
PV-Module quantity per row	90 PCS (1x90)	Signal transmission	Wire (RS485) or wireless (Zig bee)
Tracking range	±60° (Customized according to project)	Drive method	Slew Drive
Tracking accuracy	±1°	Power supply	AC-powered or self-powered
Motor quantity	1 unit	Backtracking	Yes

PROTECTION		ENVIRONMENT
Wind protection	≥18m/s	Operating temperature	-30°C to +60°C
Rotate to horizontal time	5-6 Mins	Slope tolerance	North-south 10%~20%, East-west no limits
Overload prevention	Yes	Load design standard	5-year for drive & controller, 10-year for structure

Steel Structure Manufacturing

We manufacture steel products and steel structures for Solar Mounting Steel Structures, Transmission & Distribution Steel Structures (Towers & Poles), Construction, Industrial, Scaffolding, and Greenhouse Construction. We operate as an integrated iron and steel enterprise specialized in galvanized steel pipe, galvanized steel angle bar, galvanized profiles, and steel structures.

Our facilities include dedicated galvanizing capabilities, ensuring all production steps meet demanding industrial quality standards. Discover our vast metal product range including Steel Pipes, Iron Angles, Iron Beams, Perforated Steel Products, Welded Steel Structures, and Steel Towers & Poles, built on extensive industry expertise and high-quality service.

Production Workshop

Quality Control & Delivery

Packing Specifications:

Waterproof package protection
Bundled loading or bulk loading
Standard heavy-duty export package

Our Aim

Our aim is highest quality, competitive price, and best service to satisfy our customers. We will keep on creating, innovating, and building credibility and reputation worldwide.

Frequently Asked Questions

What are the primary benefits of using a solar tracking system?

A solar tracking system adjusts the position of solar panels throughout the day to keep them directly facing the sun. This configuration maximizes energy harvesting efficiency, provides higher energy output compared to fixed-tilt structures, improves return on investment, and shortens the payback period.

Can your single-axis solar tracking system adapt to uneven terrains?

Yes. Our horizontal single-axis tracking systems are designed for high adaptability, accommodating terrains with a north-south slope tolerance up to 10% to 20%, depending on the exact project parameters.

What solar module types are compatible with your structures?

Our systems are fully compatible with 210 type modules and can easily integrate with both monocrystalline and polycrystalline PV technologies.

How does the tracking system protect itself against high wind speeds?

The system features smart wind protection. When wind speeds reach or exceed 18m/s, the system automatically rotates the panels to a safe horizontal position within 5 to 6 minutes to avoid structure damage.

What control mechanism and algorithm does the tracker use?

Our systems utilize a closed-loop astronomical algorithm combined with smart AI control. This configuration processes real-time sensor feedback to maintain a tracking accuracy of within ±1°.

What packaging standards are used for overseas shipping?

We secure materials with professional waterproof packaging, shipping structures in bundles or bulk configurations conforming to standard export packaging guidelines to guarantee safe transit.