| Categories | 2P Solar Tracker |
|---|---|
| Brand Name: | HWL |
| Model Number: | Horizontal PV Tracking system |
| Certification: | BV |
| Place of Origin: | China |
| MOQ: | Negotiate |
| Price: | Negotiate |
| Payment Terms: | L/C, D/A, D/P, T/T, Western Union, MoneyGram |
| Supply Ability: | 1000MW per Month |
| Delivery Time: | 30 Working Days after design confirm |
| Packaging Details: | Neutral packing |
| Ground Coverage Ratio: | ≥ 25% |
| Module Supported: | All commercially available modules |
| Operation Temperature: | -40℃ - 70℃ |
| Terrain Adaption: | Up to 20% N-S slope |
| Communication Options: | LoRa wireless /RS 485 cable |
| Night Position: | Yes |
Customized 2P Solar Tracker Minimum Energy Consumption
Working principle:
A single axis 2P solar tracker direct the solar panels towards the
sun to collect maximum solar energy throughout the day. Tracking
system is designed to literally follow sun’s position at every
minute, hour, and day, manual adjustment is not needed.
In traditional fixed mount plants, the power output follows a bell curve during the day, it gradually increases until peaking at noon, then start to decrease. However, in single axis solar plants, we get the maximum power from early morning and this output is maintained until late afternoon. Hence, the performance increase of approximately 25% as compared to the fixed PV installation.
Unlike traditional fixed mount plants, single-axis tracking systems need more space per module for the rotation of the PV modules and to eliminate possible shading. However, the newest innovation in this field is to optimize site design by adjusting the layout to accommodate greater modules unique to its specific latitude and vertical tilt angle.
The use of solar trackers is increasingly on the rise in PV solar plants because it allows a significant gain in energy production; hence, improving project performance. Tracking systems cost more than the fixed mount PV Plants but the 25% gain in energy yield could significantly bring down the cost.
Technical Parameters of Customized 2P Solar Tracker Minimum Energy Consumption
| Technical parameters | |
| Tracking Range | 士 60° |
| Driving System | Slew drive, 28VDC motor |
| Modules per Tracker | Max.90 modules per tracker |
| System Voltage | 1000 V or 1500 V |
| Ground Coverage Ratio | ≥ 25% |
| Foundation Options | All foundation types |
| Terrain Adaption | Up to 20% N-S slope |
| Structure Material | Hot dip galvanized steel |
| Power Consumption | 0.2-0.5kWh/day |
| Power Supply Mode | Powered by PV strings, back-up lithium battery |
| Standard Design Wind Speed | 18m/s |
| Module Supported | All commercially available modules |
| Backtracking | Yes |
| Communication Options | LoRa wireless /RS 485 cable |
| Night Position | Yes |
Advantage:
1. Lubrication free rotation elements.
2. High operation reliability.
3. Alarm management fully configurable by customer.
4. Backtracking Algorithm, avoiding shadows and increasing production.
5. Easy integration into the plant’s communications system
6. Wireless communication system with Zigbee®.
7. Remote monitoring and predictive maintenance.
8. Quick commissioning.
About us:
Good future solar has a professional management team, we have gains rich experiences on the solar power generation, and the designing, manufacturing, commissioning of the single axis tracking system. Our company always values customer's needs as the highest priority, ready to provides technical support to our customers at any time, to solve their problems in the operation of PV power plant and solar tracking system. With the mission of developing clean energy and protecting the environment, we believe that through close cooperation with domestic and foreign customers, we will continue to innovate in technology and management, and create a bright future of clean energy!
|
