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36
KSeng
KSeng-36
KST-1P Single-axis solar tracking racking system establishes a photovoltaic power generation system whose module orientation can be automatically adjusted according to the state of light, which can reduce the angle between the module and the direct sunlight, and can usually enhance the power generation by 10%-25%. Solar tracking mounts are more suitable for complex terrains and are more often used for centralized PV power plants.
Product Description：
Specification：
| Tracking Structure Parameters |
| Tracking Technology | Single- Horizontal flat 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 System | Slewing drive |
| Power Acquisition Mode | External Supply/Self-Powered supply | Control algorithm | Astronomical algorithm + closed loop（AI Control） |
Advantages：
We have different scheme to meet different customer's requirement.
Advantages of Single Axis Solar Tracking System:
1. Enhanced solar energy production: Solar tracking mounting bracket maximizes the capture of sunlight, resulting in increased energy generation.
2. Optimal sunlight tracking: The solar tracker follows the sun's path throughout the day, ensuring maximum exposure and efficiency.
3. Improved energy generation and efficiency: By continuously adjusting the tilt angle, the solar panel tracking system optimizes the solar panel's position for optimal sunlight absorption.
4. Cost-effective solution for increased power output: Single axis solar tracker offer a balance between increased energy production and cost-effectiveness, making them a popular choice for solar installations.
5. Adaptable to various weather conditions and terrains: These solar tracker are designed to withstand different weather conditions and can be installed on various terrains, ensuring reliable performance in diverse environments.
Project:
Certification
Solar Tracker FAQ:
How does a single axis solar tracking racking system work?
A single-axis solar tracking racking system maximizes the angle of incidence of the sun's rays by automatically adjusting the angle of the solar panels around a single axis of rotation (usually horizontal or tilted) to follow the sun's path of motion. Such systems typically include the following components:
1.Rotation axis: a flat single-axis tracking bracket rotates around a horizontal axis for low latitudes; a tilted single-axis tracking bracket rotates around a tilted axis for high latitudes.
2.Drive mechanism: adjusts the panel position by means of a motor and transmission.
3.Control system: combining sensors (e.g. photodiodes) and astronomical algorithms to realize precise tracking
KST-1P Single-axis solar tracking racking system establishes a photovoltaic power generation system whose module orientation can be automatically adjusted according to the state of light, which can reduce the angle between the module and the direct sunlight, and can usually enhance the power generation by 10%-25%. Solar tracking mounts are more suitable for complex terrains and are more often used for centralized PV power plants.
Product Description：
Specification：
| Tracking Structure Parameters |
| Tracking Technology | Single- Horizontal flat 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 System | Slewing drive |
| Power Acquisition Mode | External Supply/Self-Powered supply | Control algorithm | Astronomical algorithm + closed loop（AI Control） |
Advantages：
We have different scheme to meet different customer's requirement.
Advantages of Single Axis Solar Tracking System:
1. Enhanced solar energy production: Solar tracking mounting bracket maximizes the capture of sunlight, resulting in increased energy generation.
2. Optimal sunlight tracking: The solar tracker follows the sun's path throughout the day, ensuring maximum exposure and efficiency.
3. Improved energy generation and efficiency: By continuously adjusting the tilt angle, the solar panel tracking system optimizes the solar panel's position for optimal sunlight absorption.
4. Cost-effective solution for increased power output: Single axis solar tracker offer a balance between increased energy production and cost-effectiveness, making them a popular choice for solar installations.
5. Adaptable to various weather conditions and terrains: These solar tracker are designed to withstand different weather conditions and can be installed on various terrains, ensuring reliable performance in diverse environments.
Project:
Certification
Solar Tracker FAQ:
How does a single axis solar tracking racking system work?
A single-axis solar tracking racking system maximizes the angle of incidence of the sun's rays by automatically adjusting the angle of the solar panels around a single axis of rotation (usually horizontal or tilted) to follow the sun's path of motion. Such systems typically include the following components:
1.Rotation axis: a flat single-axis tracking bracket rotates around a horizontal axis for low latitudes; a tilted single-axis tracking bracket rotates around a tilted axis for high latitudes.
2.Drive mechanism: adjusts the panel position by means of a motor and transmission.
3.Control system: combining sensors (e.g. photodiodes) and astronomical algorithms to realize precise tracking
