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Model Number
KST-2PBrand Name:
KsengWarranty:
Structure 10 years Electric conponents 5 yearsMaterial:
HDG Steel AL-Mg-Zn Coating SteelControl algorithm:
Astronomical algorithm + closed loop(AI Control)Drive System:
Slewing driveControl system:
MCU| Quantity: | |
|---|---|
KSENG · KST-2P Solar Tracker
Products Description
A single axis solar tracking system is a device used in solar power systems to automatically adjust the angle of solar panels based on the position of the sun. It is designed to maximize the capture of solar energy.
Application Scenarios:
Single axis solar tracking systems are suitable for various solar power installations, including rooftop installations, ground-mounted systems, and large-scale solar farms. They can be used in diverse geographical locations and climates to enhance the efficiency of solar power generation.
Advantage：
1. Improved Efficiency: Solar tracking systems maximize the efficiency of solar panels by ensuring that they
operate at their peak performance. By tracking the sun's movement, the panels receive more direct sunlight,
reducing energy losses and improving overall system efficiency.
2. Cost Savings: Although solar-tracking-system requires an initial investment, their increased energy
production can lead to significant cost savings over time. By generating more electricity, consumers can
reduce their reliance on grid power and potentially offset their energy bills.
3. Environmental Benefits: The pv solar tracking system contributes to a more sustainable future by harnessing
solar energy efficiently. By generating clean and renewable energy, consumers can reduce their carbon
footprint and contribute to mitigating climate change.
KST SERIES SOLAR TRACKER
•Advanced AI Tracking Algorithm
AI self-learning algorithm to optimize the angu-lar deviation caused by terrain and bracket installation errors. Compared with the traditional tracking algorithm, the power generation of the power station can be increased by 2%-3%.
 | •Multi-drive Adopt multi-drive with high nature frequency and no resonance risk,which can provide high torque tube protection and allow for a stable operation and accurate transmission. |
Technical Specifications
| STRUCTURE | ELECTRICAL | |||
| System type | Double Portrait Horizontal Single-axis Tracker | Tracking method | Astronomical algorithm+closed-loop control (AI) | |
| PV-Module quantity per row | 2Px45、2Px30 | Signal transmission | Wire (RS485) or wireless (Zig bee) | |
| Tracking range | ±60° (Customized according to project) | Drive method | Drive method - Slew Drive | |
| Tracking accuracy | ±1° | Power supply | AC-powered or self-powered | |
| Motor quantity | 1 unit | Backtracking | Yes | |
| PROTECTION | ENVIRONMENT | |||
| Wind protection | ≥18m/s | Operating temperature | -30°c to +60°c | |
Rotate to horizontal time | 5-6 mins | Slope tolerance | North-south 10%~20%, East-west no limits | |
| Overload prevention | Yes | Load design standard | 5-year for drive&controller, 10-year for structure | |
Electrical Control Linkage
Ensure tracking accuracy within ±0.5°by main and auxiliary controllers | Use electrical control linkage for multi-point closed-loop control |
| Achieve closed-loop control with build-in angle detection sensors for main and auxiliary controllers | |
Certifications
Project Gallery
KSENG · KST-2P Solar Tracker
Products Description
A single axis solar tracking system is a device used in solar power systems to automatically adjust the angle of solar panels based on the position of the sun. It is designed to maximize the capture of solar energy.
Application Scenarios:
Single axis solar tracking systems are suitable for various solar power installations, including rooftop installations, ground-mounted systems, and large-scale solar farms. They can be used in diverse geographical locations and climates to enhance the efficiency of solar power generation.
Advantage：
1. Improved Efficiency: Solar tracking systems maximize the efficiency of solar panels by ensuring that they
operate at their peak performance. By tracking the sun's movement, the panels receive more direct sunlight,
reducing energy losses and improving overall system efficiency.
2. Cost Savings: Although solar-tracking-system requires an initial investment, their increased energy
production can lead to significant cost savings over time. By generating more electricity, consumers can
reduce their reliance on grid power and potentially offset their energy bills.
3. Environmental Benefits: The pv solar tracking system contributes to a more sustainable future by harnessing
solar energy efficiently. By generating clean and renewable energy, consumers can reduce their carbon
footprint and contribute to mitigating climate change.
KST SERIES SOLAR TRACKER
•Advanced AI Tracking Algorithm
AI self-learning algorithm to optimize the angu-lar deviation caused by terrain and bracket installation errors. Compared with the traditional tracking algorithm, the power generation of the power station can be increased by 2%-3%.
| •Multi-drive Adopt multi-drive with high nature frequency and no resonance risk,which can provide high torque tube protection and allow for a stable operation and accurate transmission. |
Technical Specifications
| STRUCTURE | ELECTRICAL | |||
| System type | Double Portrait Horizontal Single-axis Tracker | Tracking method | Astronomical algorithm+closed-loop control (AI) | |
| PV-Module quantity per row | 2Px45、2Px30 | Signal transmission | Wire (RS485) or wireless (Zig bee) | |
| Tracking range | ±60° (Customized according to project) | Drive method | Drive method - Slew Drive | |
| Tracking accuracy | ±1° | Power supply | AC-powered or self-powered | |
| Motor quantity | 1 unit | Backtracking | Yes | |
| PROTECTION | ENVIRONMENT | |||
| Wind protection | ≥18m/s | Operating temperature | -30°c to +60°c | |
Rotate to horizontal time | 5-6 mins | Slope tolerance | North-south 10%~20%, East-west no limits | |
| Overload prevention | Yes | Load design standard | 5-year for drive&controller, 10-year for structure | |
Electrical Control Linkage
Ensure tracking accuracy within ±0.5°by main and auxiliary controllers | Use electrical control linkage for multi-point closed-loop control |
| Achieve closed-loop control with build-in angle detection sensors for main and auxiliary controllers | |
Certifications
Project Gallery
