Alternative energy solar tracking system efficiency with solar panels for home use
Quick Detail:
Application: Home or street lamp
Output Voltage (V): DC12V -DC24V
Load Power (W) LED: 30 W-120W
Solar Power (W): 100W -400W
Work Time (h): 6~8 hours
Specifications:
|
Application |
Home |
|
Solar Power (W) |
80W*6pcs |
|
Work Time (h) |
6~8 hours |
|
Automatic tracking mode |
Biaxial automatic |
|
The weight of the entire system |
20KG |
|
Tracking Principle |
Active |
|
Tracking precision |
0.5°-1° |
|
power generation volume |
≥45% |
Technical parameters:
|
Model / Specifications |
RY-SL-B |
|
Automatic tracking mode |
Biaxial automatic |
|
Solar Cell Type |
Reference Dimensions:1160mm x676mm x35mm Power:80Wp*6pcs |
|
Wind system works (m/s) |
28.4 |
|
The weight of the entire system (excluding solar cell)(kg) |
20 |
|
Range of vertical angle (angle of elevation) |
0-90° |
|
Horizontal angle range (azimuth) |
0~355° |
|
Tracking Principle |
Active |
|
Tracking precision |
0.5° |
|
The annual average power generation volume |
≥45% |
|
The system average power consumption (W) |
≤0.5 |
|
Protection |
Wind, automatic protection (can add) |
|
System function |
Automatic tracking, automatic reset, automatic protection, verify, manual control, (data acquisition: Total recharge and discharge Ann hours ,can add ) |
Why Solar Tracking Systems:
Global warming has increased the demand and request for green energy produced by renewable sources such as solar power. Consequently, solar tracking is increasingly being applied as a sustainable power generating solution.
Solar Tracking System is a device for orienting a solar panel or concentrating a solar reflector or lens towards the sun. Concentrators, especially in solar cell applications, require a high degree of accuracy to ensure that the concentrated sunlight is directed precisely to the powered device. Precise tracking of the sun is achieved through systems with single or dual axis tracking.
Single axis trackers have one degree of freedom that acts as an axis of rotation. The axis of rotation of single axis trackers is typically aligned along a true North meridian. It is possible to align them in any cardinal direction with advanced tracking algorithms.
There are several common implementations of single axis trackers. These include horizontal single axis trackers (HSAT), horizontal single axis tracker with tilted modules (HTSAT), vertical single axis trackers (VSAT), tilted single axis trackers (TSAT) and polar aligned single axis trackers (PSAT). The orientation of the module with respect to the tracker axis is important when modeling performance.
System composition:
