China 2P Tracker Manufacturer & Global Supply Solutions

Providing High-Efficiency Solar Tracking Systems with Deep Engineering Expertise and International Compliance for Utility-Scale Energy Projects.

Engineering Excellence & Manufacturing Power

Factory Overview
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Shandong Zhaori New Energy Tech. Co., Ltd.

Founded in June 2012, we are a leading high-tech enterprise focused on independent intellectual property rights in solar tracking technology. With over 10 departments—including specialized R&D, Quality Assurance, and Engineering—we operate with a team of 60+ technical experts and 300+ production specialists dedicated to photovoltaic innovation for over a decade.

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50,000 m² Advanced Production Hub

Our facility is equipped with state-of-the-art CNC machine tools, laser cutting systems, and automatic welding robots. We maintain a monthly production capacity of 500MW, ensuring that every 2P tracker is manufactured under strict TUV, CE, and ISO quality management systems. From raw material screening to final anti-rust treatment, precision is our standard.

10+ Years Industry Experience
500MW Monthly Capacity
80+ Global Patents
TUV/CE Certified Quality

Why 2P Trackers? A Technical Evolution in Solar Procurement

The Rise of 2P Configurations in Global Solar Markets

In the evolving landscape of utility-scale solar projects, the choice between 1P (One-Portrait) and 2P (Two-Portrait) tracking systems has become a critical decision for EPCs and developers. As a leading China 2P Tracker Manufacturer, we emphasize that the 2P configuration is not just a layout choice—it is a structural strategy to maximize Bifacial Gain and reduce Levelized Cost of Energy (LCOE).

⚡ Higher Energy Density

2P trackers allow for more modules per row (up to 60-90 panels), significantly increasing the GCR (Ground Coverage Ratio) on sites with limited space or irregular terrain.

🌍 Bifacial Optimization

With no torque tube directly behind the cells in a 2P setup, back-side shading is minimized, leading to a 5-10% higher bifacial energy yield compared to traditional 1P systems.

📉 Lower Installation Costs

While the structure is more robust, the reduction in the total number of foundations, drive systems, and motors reduces the overall Balance of System (BoS) costs for large-scale deployments.

Global Procurement Demand & Strategic Trends

Worldwide, procurement departments are shifting toward "intelligent" tracking. In regions like MENA (Middle East) and Australia, where wind loads are extreme, 2P trackers are favored for their stability. Meanwhile, in European markets (Germany, Spain), the focus is on "Agrivoltaics"—where 2P trackers provide the necessary clearance for agricultural machinery beneath the panels.

The "ZRP" Advantage: Technical Route & Future Outlook

ZRP Technology

Core Principle: Simple, Reliable, Effective

Our 2P Flat Single Axis Solar Tracker (ZRP series) features a unique linked row type or single row independent type. It provides a 15% to 30% production gain over fixed-tilt systems. The design prioritizes maintenance-free components, utilizing self-lubricating bearings and advanced weatherproofing for desert or coastal environments.

Future Roadmap: AI & Smart Backtracking

The next generation of Zhaori 2P Trackers incorporates AI-driven algorithms. Traditional tracking follows the sun's position purely via GPS; our new tech route uses:

  • Diffuse Light Sensors: Optimizes tilt during cloudy days to capture indirect radiation.
  • Terrain Adaptive Backtracking: Reduces row-to-row shading on hilly terrains using 3D modeling.
  • Wind Aeroelastic Stability: Advanced dampers and locking mechanisms that respond to real-time wind tunnel data.

EEAT Insight: Our products hold patents in the USA, Canada, Australia, Japan, South Korea, and the European Patent Office, proving our global technical authority.

Global Industrial Footprint

360MW Desert Project

360MW Desert Tracker

One of our largest deployments showcasing high durability in high-temperature, sandy environments.

110MW Bifacial

110MW Bifacial Utility

Optimized 2P configuration for maximum energy harvest using double-glass bifacial modules.

Mountain Project

Mountain Adaptive Tracker

Utilizing our patented tilted single-axis technology to conquer steep 15-20° slopes.

From 5MW factory projects in North China to 40MW ZRPT flat systems, our experience spans residential, commercial, and utility-scale sectors.

Localization Support & Compliance Guarantee

Entering international markets requires more than just a good product. As a 2P Tracker Manufacturer with a global vision, we provide:

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Full Certification: TUV, CE, and ISO certification come standard. We also align with regional standards such as UL for North America and Eurocodes for the EU.
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O&M Support: We offer localized operation and maintenance training, ensuring your site team can manage the tracking SCADA systems effectively.
Certification

Frequently Asked Questions

Q1: What is the main difference between your 1P and 2P tracking systems?

The 1P system (One-in-Portrait) is ideal for standard utility sites with moderate wind. The 2P system (Two-in-Portrait) is specifically engineered for bifacial module maximization and better land utilization (GCR). Our 2P system reduces the number of structural piers by nearly 40% per megawatt.

Q2: How does the system handle extreme weather like snow or high winds?

Our trackers feature a "Stow Mode" triggered by integrated anemometers. In high winds, the panels move to a zero-degree horizontal position to reduce uplift. For snow, they tilt to a 45-60 degree angle to shed load automatically.

Q3: Can these trackers be integrated with third-party SCADA systems?

Yes. Our controller supports Modbus RTU/TCP protocols, allowing seamless integration with most utility-scale SCADA and monitoring platforms for real-time tracking health data.

Q4: What is the expected lifespan and warranty?

Our structures are hot-dip galvanized for a 25-year service life. We offer a standard 10-year warranty on the structural components and a 5-year warranty on the drive and control systems.

Technological Demonstration