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KST-1P
Kseng
As a premier manufacturer and supplier of advanced solar mounting solutions, we present this high-efficiency single-axis slew drive solar tracking system. Engineered for large-scale utility projects, this robust track structure maximizes energy generation while minimizing land preparation costs.
When developing utility-scale solar farms, maximizing energy yield while ensuring structural integrity in harsh environments is paramount. This single-axis slew drive solar tracking system is meticulously engineered to address these exact challenges. The tactile robustness of the hot-dip galvanized and Al-Mg-Zn coated steel components speaks to a craftsmanship designed for decades of relentless exposure to the elements. You can visually observe the precision in the large-cross-section main shaft and columns, which work in perfect harmony to deliver a high damping ratio, effectively silencing the mechanical vibrations and reducing module amplitude by up to 50%.
Beyond the physical sturdiness, the system operates with a quiet, relentless intelligence. It seamlessly follows the sun's trajectory, capturing every available photon to significantly elevate your project's power generation. The sleek, streamlined profile of the tracking structure not only looks sophisticated but practically eliminates the need for extensive land grading. By integrating this system into your procurement strategy, you are investing in a solution that drastically reduces field installation time, mitigates long-term maintenance headaches, and ultimately accelerates your return on investment for large energy portfolios.
To ensure precise integration into your project planning, please review the exact technical parameters of the KST-1P tracking system below. These specifications highlight the system's capacity, durability, and operational limits.
| Model | KST-1P |
|---|---|
| System Type | One Portrait Horizontal Single-Axis Tracking System |
| Material | HDG Steel (Hot-Dip Galvanized), Al-Mg-Zn Coating Steel, Carbon Steel |
| Drive System | Slewing Drive |
| Tracking Range | ±45° to ±60° |
| Tracking Accuracy | ≤ ±1° |
| Maximum Capacity Per Row | Up to 54kWp (Estimated with 600W PV-Modules) |
| PV-Modules Quantity Per Row | Up to 90 PCS (1Px90) |
| Terrain Adaptability | Up to 20% North-South slope, unlimited East-West slope |
| Wind Load Resistance | ≥ 18m/s |
| Snow Load | 1.4 KN/m² |
| Foundation Form | Concrete foundation, Steel pile, PHC pile |
| Control System | MCU |
| Tracking Algorithm | Astronomical Algorithm + Closed-Loop Control (AI Control) |
| Communication Type | RS485 (Wire) or Wireless Zigbee |
| Power Supply | AC-powered or Self-powered (DC 24V) |
| Certification | TUV, CE, ISO9001 |
| Warranty & Service | 10 Years Warranty, 20-25 Years Design Life / After-sales Service |
Elevate your solar infrastructure with a tracking system that blends mechanical resilience with cutting-edge automation. This system is crafted to provide procurement teams and project developers with a reliable, high-yield asset that performs flawlessly under demanding conditions.
At the heart of this tracking system lies a sophisticated brain designed to extract maximum value from every ray of sunlight. The integration of advanced algorithms ensures that the solar panels are always optimally positioned, reacting dynamically to environmental changes rather than relying on static, pre-programmed paths.
The physical architecture of the tracking system is built to endure the harshest environmental stresses. We understand that structural failure is not an option for your energy projects, which is why every component is designed for maximum stability, load-bearing capacity, and long-term mechanical resilience.
Land acquisition is often one of the most challenging and expensive aspects of solar farm development. This system is specifically engineered to conquer irregular landscapes, allowing you to utilize previously unviable parcels of land without the exorbitant costs associated with heavy earthmoving and site grading.
Long-term exposure to harsh UV rays, persistent moisture, and fluctuating extreme temperatures demands materials of the highest caliber. The metallic finish of our structural components reflects a superior anti-corrosion treatment designed to outlast the project's lifecycle, ensuring your infrastructure remains pristine and structurally sound.
As the solar industry rapidly shifts towards larger, higher-wattage modules to drive down the levelized cost of energy (LCOE), your mounting infrastructure must keep pace. This system is future-proofed to seamlessly integrate with the latest advancements in PV technology, ensuring your procurement choices remain relevant.
Operational expenditures (O&M) can significantly impact the long-term profitability of a solar asset. We have integrated smart, automated features that virtually eliminate the need for manual intervention, transforming how you manage your site and drastically reducing the manpower required for daily monitoring and protection.
Ultimately, the decision to implement a tracking system comes down to financial performance and risk mitigation. This solution is meticulously value-engineered to drive down upfront capital expenditures while accelerating your path to profitability, making it an ideal choice for high-stakes energy portfolios.
Partnering with a reliable supplier is just as critical as the technology itself. We are dedicated to empowering large-scale energy developers with infrastructure solutions that are built to perform and engineered to last. Our commitment to excellence extends far beyond the manufacturing floor, ensuring you have a steadfast partner for the lifecycle of your project.
To assist your engineering and procurement teams in their evaluation process, we have compiled answers to the most critical questions regarding the implementation and performance of our single-axis tracking system.
Standard astronomical trackers follow a pre-programmed path based solely on the date and time. Our AI closed-loop system goes a step further by using real-time sensors to detect the actual sunlight angle and intensity. It continuously feeds this data back to the MCU, correcting any micro-deviations. This ensures the tracking accuracy remains within ≤ ±1°, squeezing out the maximum possible energy yield even under varying atmospheric conditions.
The slewing drive offers a highly enclosed, gear-driven rotational mechanism that provides immense holding torque and rotational precision. Unlike traditional linear actuators, the slewing drive distributes the mechanical load more evenly across a larger surface area. This significantly reduces wear and tear, minimizes maintenance requirements, and provides the structural rigidity needed to withstand high wind loads up to 18m/s.
Absolutely. One of the primary advantages of the KST-1P is its exceptional terrain adaptability. The single-column design allows each row to act independently. It can comfortably accommodate North-South slopes of up to 20% and has unlimited flexibility for East-West slopes. This eliminates the need for extensive and costly land grading, making it ideal for hilly or mountainous project sites.
When the sun is low on the horizon, solar arrays can cast long shadows on adjacent rows, which drastically reduces power output. Our intelligent backtracking algorithm calculates the exact moment shading would occur and slightly flattens the angle of the panels. By avoiding this row-to-row shading, the system ensures that all modules remain fully illuminated, capturing more usable light during these critical hours.
We offer flexible power solutions tailored to your site's infrastructure. The system can be AC-powered directly from the grid or the inverter station. Alternatively, for remote areas or to reduce trenching and cabling costs, we offer a self-powered DC 24V option. This self-powered configuration utilizes a dedicated small PV panel and battery system to independently drive the tracker, ensuring uninterrupted operation without relying on external power lines.
