Low Cost Structure 40 Panels Energy Tracker Sun Tracking Solar System

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Price:$125.00 - $250.00
Price in USD:Details

Quantity:


Product Overview

Description



Product Description


Single Axis solar tracker
The solar tracker uses high-precision astronomy algorithm to calculate the angle of the sun,
combined with high-performance microcontroller (DSP core), making the system accurate
and reliable, not rainy days interference,using international first-line brand tilt sensor, real-time
closed-loop feedback tracking angle, automatic tracking, without human intervention.


Features:
1. Max gradient difference adaptability in N-S direction up to 15%.
2. Excellent compatibility with all the mainstream solar modules available in the market, framed, frameless and bi-facial.
3. Independent 2V module design, which reduces the quantity of piles and the construction cost significantly.
4. Free obstacles among trackers in N-S direction, easy to maintain and clean.
5. Multi-point drive, within 20 meters length for each tracker in the north-south direction, which greatly reduce the impact of wind torsion to the structure, improve the critical anti-wind capability, and avoid the instability that the traditional 2V system may have in extreme weather.
6. Design configured with one single set of controller, which ensures point-to-point real-time monitoring, easy to detect fault points in time and reduce output loss.


Specification


Tracking Structure
Tracking Technology
Horizontal Single Axis Tracker
System Voltage
1000v/1500v
Tracking Range( East To West)
±45°C
Working Wind Speed
18m/s (Customizable)
Max Wind Speed ( at Stow Position)
45m/s (ASCE 7-10)
Modules Per Tracker/tables
 ≤90 In Portrait (Customizable)
Principal Materials
HDG Q235B/ Q355B/ ZAM
Mean Coating Thickness
≥65 um
Drive System
Pushrod
Foundation Type
PHC/Cast-In-Place Pile/ Steel Pile
Control System
Tracking Control
MCU
Tracking Mode
Closed Loop Time Control +GPS
Tracking Accuracy
<1°
Communication Interface
Wire/Zigbee
Powder Acquistion Mode
External Supply/Self-Powered
Communication Protocol
Modbus RTU
Auto Stow At Night
Yes
Auto Stow During High Winds
Yes (response after 10 seconds)
Optimized Backtracking
Yes
Protection Degree
IP65
Working Temperature
-30°C~65°C
Anemometer
Yes
Power Consumption
0.3KW/H per day




PHOTOVOLTAIC BEARING
The bearing is used in solar photovoltaic tracking bracket. The raw material is ultra high molecular weight polyethylene, which has wear resistance, high temperature resistance, impact resistance and so on.
The auxiliary tube
Components list


Packing & Delivery






Company Profile




Xiamen Solar First Energy Technology Co., Ltd. is a new high-tech company that is dedicated to the research, production and sale of solar products, including solar mounting systems, solar system, solar street light.

We have experienced technical engineers, skilled workers, advanced equipment and a strict quality control system. Our factory has passed ISO9001:2000 Quality Assurance System certification, and most of our products have attained CE, TUV IEC, RoHS and UL certificates. We also provide OEM services for customers.

Due to our competitive prices, reliable quality and excellent service, we have successfully built business relationships with many companies from different countries and regions, such as France, Germany, the Netherlands, Spain, Czech Republic, Austria, the U.S., Australia and South Africa.

We are willing to make joint efforts with customers from every part of the world to make business opportunities. Contact us now.


Project




Exhibition




Certifications




FAQ


Q1. Are you a factory?
A1: Yes. Solar First is specialized in producing the solar mounting structure. We are the top level manufacturer which is verified by alibaba.

Q2. Can we request sample before ordering?
A2: Yes. We welcome sample order to test and check quality.

Q3. What is your delivery time?
A3: Actually it depends on the order quantity, usually about 10 working day.

Q4. Is customized available?
A4: Yes. According to the detailed drawings you provide.


0.014 s.