1/KST-1P One Portrait Horizontal Single-axis Tracker
Tracking Structure Parameters | |||
Tracking Technology | One Portrait Horizontal single-axis tracking system | Maximum capacity per row | ≤48kWp (Estimated with 540W PV -Modules) |
PV-Modules quantity per row | 90 PCS (1Px90) | Tracking range | ±45°to ±60° |
Tracking accuracy | ±1° | Terrain Adaptability | 10°north-south, east -west unlimited |
Protection of wind speed | 18m/s | Foundation form | Concrete (customizable all steel foundation) |
Tracking Controller Parameters | |||
Control system | MCU | Communication type | RS485 or wireless Zigbee |
Night stow mode | Have | Backtracking algorithm | Have |
Overload prevention | Have | Self trouble checking Function | Have |
System voltage | DC24 | Drive Method | Slewing drive |
Power Acquisition Mode | External Supply/Self-Powered supply | Control algorithm | Astronomical algorithm + closed loop(AI Control) |
2/KST-2P Double Portrait Horizontal Single-axis Tracker
Tracking Structure Parameters | |||
Tracking Technology | Dual solar panel single-axis tracking system | Maximum capacity per row | 48kWp |
PV-Modules quantity per row | 45 PCS (2Px45) or 30PCS(2PX30) | Tracking range | ±45°to ±60° |
Tracking accuracy | ±1° | Terrain Adaptability | 10°north-south, east -west unlimited |
Protection of wind speed | 18m/s | Foundation form | Concrete (customizable all steel foundation) |
Tracking Controller Parameters | |||
Control system | MCU | Communication type | RS485 or wireless Zigbee |
Night stow mode | Have | Backtracking algorithm | Have |
Overload prevention | Have | Self trouble checking Function | Have |
System voltage | DC24 | Drive Method | Slewing drive |
Power Acquisition Mode | External Supply/Self-Powered supply | Control algorithm | Astronomical algorithm + closed loop(AI Control) |
3/KST-2PM Multi-drive Double Portrait Horizontal Single-axis Solar Tracker
Tracking Structure Parameters | |||
Tracking Technology | Single-Axis Tracking System | Maximum capacity per row | 72KWp |
PV-Modules quantity per row | 2PX45、2PX60 | Tracking range | ±45°to ±60° |
Tracking accuracy | ±1° | Terrain Adaptability | 10°North-South, East -West Unlimited |
Protection of wind speed | 18m/s | Foundation form | Concrete (Customizable All Steel Foundation) |
Tracking Controller Parameters | |||
Control system | MCU | Communication type | RS485 or Wireless Zigbee |
Night stow mode | Have | Backtracking algorithm | Have |
Overload prevention | Have | Self trouble checking Function | Have |
System voltage | DC24 | Drive Method | Linear |
Power Acquisition Mode | External Supply/Self-Powered Supply | Control algorithm | Astronomical Algorithm + Closed Loop(AI Control) |
Main Structural Parts:
Stability Comparison: Multi-drive VS Single-drive
Terrain adaptability:
1. Flexible arrangement, make full use of irregular land and can improve land utilization.
2. North and South can adapt to 20% slope.
3. Unlimited slope in the east-west.
Modules Array Proposals:
Convenient Maintenance:
1、Warranty: Structure 10 Years, Electric Components 5 Years.
2、Slew Drive:
(1) Modular Design for Motor & Connector
(2) Reduce Maintenance Cost, Increase Maintenance Efficiency
3、Multi Linear Drive:
(1) Multi Electrical Interlocking with Closed Loop Protection, Improve Fault Detection
(2) No Special Tools, Replace the Drive Mechanism by One Person
(3) Motor Components Replaceable, Reduce Maintenance Cost, Increase Maintenance Efficiency.