Solar Tracking Solutions for Commercial PV Projects

Solar Tracking Solutions for Commercial PV Projects
Nature Green Solar develops and manufactures solar tracking systems for utility-scale solar power plants. Our independent single-row, dual-row, multi-row, and other cost-effective fixed structure solutions can accommodate any type of solar module.

Nature Green Solar has a long history of developing customized solutions for both single-axis and dual-axis solar tracking systems. Our team of engineers has over 10 years of experience in construction, mechanical and electrical engineering and industrial design, guaranteeing the quality and durability of the systems.

As a leading global manufacturer and supplier of solar mounting systems, we have adequate experience and influence to deliver efficient solar system solutions.

Make the Most of the Sun With Optimal Solar Tracking
Solar trackers are an important tool for maximizing energy conversion in solar PV systems. They help to narrow the angle of incidence and allow more energy to be captured by optimizing the orientation of the solar panels throughout the day.

Our single-axis tracking systems can dramatically improve the performance of your solar projects, as the tracking is calculated based on high-precision astronomical algorithms, and a GPS and a wireless communication system are equipped to enable remote monitoring and control.

Generally speaking, a solar panel system with a single-axis solar tracker installed sees a performance gain of 25% to 35%, and a dual-axis tracker bumps performance up by another 5% to 10%.

Single-axis Solar Tracking Solutions
TR2 is a single-axis solar tracker with excellent energy yield per hectare, supporting a large number of PV modules with fewer columns. Our perfect solution for ground use is ideal for large, medium and small scale solar projects.

Designed for different scenarios, Nature Green Solar single-axis solar tracker is suitable for both 1P and 2P layouts, allowing for higher power generation efficiency and lower LCOE.

Independent Single Row 1P
The 1P independent single-row tracking system is self-developed with 20% terrain adaptability on north and south slopes. It keeps close to the ground with strong wind resistance. The standard product includes 90 modules at most, and the number of installed modules can be adjusted according to the string configuration and the size of the terrain. It is the best choice for power stations located on an uneven ground. The electronic control adopts the most advanced AI intelligent controller, which can be equipped with self-powered strings and small lithium battery panels.

Independent Single Row 1P

Multipoint Drive 2P
The self-developed multi-point drive tracking structure is unique and highly reliable. The 20% increase in the structural stiffness of its large torque tubes leads to greater wind resistance. Each row of trackers has 2 or more drivers, which further improves the tracking accuracy and structural reliability. The most advanced wind tunnel design specifically for 182mm and 210mm large silicon high-power components can adapt to multi-angle protection strategies.

Multipoint Drive 2P

Independent Single Row 2P
The self-developed 2P independent single-row tracking system has the advantages such as strong slope adaptability, large tracking angle, quick installation, and convenient operation and maintenance. The number of columns in the 2P system is reduced by more than 40% compared to the general tracking system, which greatly reduces the cost of civil engineering. The system is specially designed for double-sided modules, and the back side can be unobstructed. The power generation of PV modules can be greatly boosted when the mode of tracking system & double-sided module is switched on.

Key Features of the Nature Green Solar Tracking System
● GPS integrated with astronomical algorithms contributes to the reasonable calculation of the optimal solar altitude.
● The tracking system can track and adjust automatically through intelligent programming settings.
● With the aid of the most advanced control signal detection facilities, the system can be manually or automatically adjusted to wind mode/rain and snow mode.
● An inverse tracking mode is introduced to the tracking system via software algorithms to ensure each row of modules can track a reasonable solar altitude, thus avoiding shading.
● The tracking system based on astronomical algorithms ensures an angle error of ±1° within 90° of solar incidence angle.
● The system is fitted with automatic fault recognition, automatic self-protection and alarm functions. Quadruple overcurrent protection ensures the safety of the entire system.
● The multi-point drive structure and rotary-drive support guarantee the stability of the overall system, keeping the failure rate low and reducing maintenance costs.
● The robust hydraulic damper system ensures long-lasting durability and performance.
● The system boasts industry-leading limited parts warranty and rigorous lifecycle testing.
● 120-mph wind rating and snow, wind and cold modes keep your tracker safe from outside influence.
● The DC 24V self-powered system integrated into the control system has a power storage unit, which can support the motor with minimal diverted power. The annual power consumption of a single motor is only 10kwh.

In addition, combined with a robust and safety-operated mounting system, we offer complete solutions tailored to our customers’ requirements.

Key Features of the Nature Green Solar Tracking System

Why Choose Nature Green Solar’s Solar Mounting System?
With over ten years of experience as a leading global provider of photovoltaic system solutions, we continue to be an industry leader in the structural design and loading of photovoltaic mounts. Our products have been certified by AS/NZS1170, TUV, MCS, UL and SGS.

In addition, Nature Green Solar offers a one-stop solution for your tracking system installation needs. Our engineers will design a targeted project solution based on your requirements for structure, appearance, cost, etc. We will use 3D modeling technology to ensure that the solution is executable.