Vertical Single-axis Tracking System

Vertical Single-axis Tracking System YP-Z series

The vertical single-axis solar tracking system YIPU-Z01 automatically tracks the sun, maximizes the use of light energy of photovoltaic modules, and can increase photovoltaic power generation by 15-35%. All stainless steel main structure, waterproof and rust-proof, resistant to 11 strong winds.

Price: 0.1 USD/W*

Availability: PreOrder

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The YP-Z Series combines performance, flexibility and ease of installation

The YP-Z Series combines performance, flexibility and ease of installation

Application

Features

  • Automatic solar tracking

    Dual algorithms for automatic sunlight tracking and time contro

  • Superior wind resistance

    Worm gear drive system with superior wind resistance

  • Large coverage

    220° wide range of tracking the sun's azimuth, significantly increasing power generation

  • Auto-reset

    Dual algorithms for automatic sunlight tracking and time contro

  • Automatic solar tracking

    Dual algorithms for automatic sunlight tracking and time contro

Motor

High-torque rainproof motor

  • Excellent energy efficiency

  • Good durability

  • Long life

  • Easy maintenance

Polymer self-lubricating bearings

  • Self-lubricating

  • Corrosion resistance

  • Long life

  • Low friction

  • Lightweight

  • Chemical resistance

Bearing
Limit switch

Industrial-grade stainless steel limit switch

  • Stainless steel construction ensures long-lasting performance and resistance to environmental factors.

  • High-quality switches are designed to operate reliably over millions of cycles.

  • Many models allow for adjustment of the actuator sensitivity to suit different applications.

It's easy to choose the solar tracking system that is right for your project.

YP-Z01 PV panels panel description

YP-Z01

YP-Z02 PV panels panel description

YP-Z02

YP-Z03 PV panels panel description

YP-Z03

YP-Z01

YP-Z01

Photovoltaic modules 12-15pcs

Maximized Energy Output

Large panel capacity for higher daily energy yield

Lower Cost per Watt

Dilutes structural and tracking cost across more watts

Ideal for Solar Power Projects

Designed to support different-scale PV systems

Frame1 Frame2
Layer

Components of the system YP-Z01

YP-Z02

YP-Z02

Photovoltaic modules 2-4pcs

EasytoInstall

Simplifiedstructurespeedsupfielddeployment

Semi-mobile Design

Balance between output and mobility

Versatile Applications

Precisely meets diverse off-grid power needs in outdoor

YP-Z03

YP-Z03

Photovoltaic modules 1pcs

Portable and Easy to Handle

Compact design allows for single-person setupand operation

Quick Power Anywhere

Great for emergency or rapid deployments cenarios

On-Demand Power Solution

Ideal for powering small devices and equipment when needed

Notes:

  • *

    Est. based on standard config，Indicative price (standard config).

    The configuration and pricing are subject to project requirements and site-specific conditions.

  • **

    Here we use 650W PV modules with a specification of 278×1134×30mm, and you can choose other specifications for your project.

  • Calculation of wind loads

    Basic wind load w. = 0.5×r×v²/g.

    At standard atmospheric pressure and a temperature of 15°C, the density of air is r = 0.01225 kN/m³. Taking g = 9.8 m/s² and a wind speed of v = 25 m/s (corresponding to a wind force of level 10), the basic wind pressure is w. = v²/1600 ≈ 39.1 kPa.

    According to " GB50009-2012 Code for Design of Building Structures Load " , the standard value of wind load wk = β₂μ₂μ₂.w.

  • Parameters such as pile foundation, power supply method, and the ground clearance of photovoltaic modules must be determined based on on-site conditions. We can provide recommendations, but these cannot replace the on-site design plan or serve as a basis for design, construction, or installation.