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 comfort

The YP-Z series combines performance, flexibility and comfort

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.

Frame1 Frame2
Layer

Components of the system

Notes:

  • *

    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.