Views: 0 Author: Site Editor Publish Time: 2026-09-29 Origin: Site
Kseng has successfully supplied a 2.5MW single axis solar tracker system for a utility-scale solar project in Italy, further expanding its portfolio of solar tracking solutions across the European market.
The project uses the Kseng KST-1P horizontal single-axis solar tracker, a tracking solution designed for large-scale photovoltaic applications. The system combines a robust structural design, intelligent tracking control and flexible terrain adaptability to support reliable long-term operation of solar farms.
With this 2.5MW installation, Kseng continues to provide project-oriented solar mounting and tracking solutions for EPC contractors, solar developers and renewable energy project owners.
The key information of the Italy solar tracker project is summarized below:
| Project Item | Details |
|---|---|
| Project Location | Italy |
| Project Capacity | 2.5MW |
| Solar Tracking Solution | Single Axis Solar Tracker |
| Tracker Model | KST-1P |
| System Configuration | 1P Horizontal Single-Axis Tracker |
| Application | Utility-Scale Solar PV |
| Project Date | September 2026 |
| Supplier | Kseng |
The KST-1P is specifically designed for utility-scale PV projects and supports large-format PV modules commonly used in modern solar farms. According to Kseng's current product specifications, the system uses a slew-drive mechanism and can be configured with tracking ranges of up to ±60°, depending on project requirements.
The core solution for the project is the KST-1P single axis solar tracker.
The KST-1P is a 1P horizontal single-axis tracking system developed for large-scale solar power plants. Its tracking structure allows PV modules to follow the sun's movement throughout the day, helping optimize module orientation for solar energy production.
The system integrates:
1P horizontal single-axis tracking
Slew-drive technology
Astronomical solar tracking
Closed-loop control
Intelligent tracking management
Robust steel structural components
Flexible foundation options
Terrain adaptability
The KST-1P product specifications currently published by Kseng list tracking accuracy of up to ±1°, terrain adaptability for north-south slopes of up to 20% depending on project design, and a design life of 20–25 years. Final structural configuration is determined according to project location, environmental loads, module specifications and applicable standards.
Large-scale solar projects require more than a standard PV mounting structure. The tracking system must coordinate structural stability, solar tracking, electrical control, installation requirements and site conditions.
For the 2.5MW Italy project, the KST-1P provides a scalable solar tracking solution suitable for utility-scale photovoltaic applications.
Its horizontal single-axis configuration enables the PV modules to adjust their orientation during the day, while the tracking controller coordinates the movement of the tracker system.
Kseng's KST-1P platform is already applied in other Italian solar projects, including a 1.2MW project reported in 2026 and an 11MW multi-site project in Italy. These references demonstrate the application of Kseng's single-axis tracker technology in the Italian PV market.
Italy has a diverse solar market with utility-scale PV projects distributed across different geographical and environmental conditions.
A solar tracker for such projects needs to consider factors including:
Site topography
Wind conditions
PV module dimensions
Foundation requirements
Structural loads
Installation conditions
Local technical requirements
Long-term operation and maintenance
The KST-1P can be engineered according to project-specific environmental loads, PV module configurations and foundation conditions. Kseng lists concrete foundations, steel piles and PHC piles among potential foundation options, subject to project engineering requirements.
This project-oriented approach allows the solar tracker configuration to be adapted to the actual site rather than relying on a one-size-fits-all structure.
The KST-1P combines an astronomical tracking algorithm with closed-loop control to determine and manage the position of the tracker.
During daily operation, the tracker adjusts the PV module orientation according to the calculated solar position. The control architecture is designed to maintain accurate tracking while allowing the system to respond to project-specific operating conditions.
This intelligent tracking approach is one of the key differences between a single-axis solar tracker and a conventional fixed-tilt PV mounting system.
For utility-scale solar farms, structural reliability is an important part of the overall PV system design.
The KST-1P uses structural components made from materials including hot-dip galvanized steel and Al-Mg-Zn coated steel, depending on project requirements. Kseng also provides project-specific structural engineering based on local environmental conditions and applicable design requirements.
The system can also support different foundation solutions, allowing EPC contractors and developers to select an appropriate foundation according to soil conditions, terrain and project engineering.
The 2.5MW project adds another reference to Kseng's growing portfolio of Italian solar tracker projects.
Kseng has previously reported an 11MW single-axis solar tracker project in Italy, using the KST-1P-TL solution across six project sites, as well as a 1.2MW KST-1P project in Italy reported in March 2026.
These projects cover different project sizes and site conditions, providing Kseng with additional experience in supplying single-axis solar tracking solutions for the European market.
A single-axis solar tracker allows PV modules to change their orientation during the day rather than remaining at a fixed angle.
For utility-scale solar projects, a tracking system can provide several engineering and operational advantages:
Dynamic solar positioning
PV modules can follow the sun's movement throughout the day.
Utility-scale scalability
Single-axis tracker systems can be deployed across large solar farms.
Intelligent control
Automated tracking reduces the need for manual adjustment.
Terrain adaptability
Tracker structures can be engineered for different site conditions.
Project-specific structural design
System configuration can be adjusted according to local environmental loads and PV module specifications.
The actual energy yield and financial performance of a tracker project depend on factors such as solar irradiation, module technology, site layout, tracker configuration, weather conditions and system operation. Therefore, project-specific energy simulations should be used when calculating expected energy gains.
The Kseng 2.5MW Italy project demonstrates the application of the KST-1P single axis solar tracker in a utility-scale PV environment.
2.5MW project capacity
Italy project location
KST-1P single-axis solar tracker
1P horizontal configuration
Intelligent solar tracking control
Utility-scale PV application
Project-specific structural engineering
Part of Kseng's expanding European solar tracker portfolio
The project further strengthens Kseng's ability to provide integrated solar mounting and tracking solutions for utility-scale PV projects in Europe.
The project uses the Kseng KST-1P single-axis solar tracker, configured as a 1P horizontal single-axis tracking system.
The project is located in Italy, Europe.
The installed project capacity is 2.5MW.
The KST-1P is a 1P horizontal single-axis solar tracking system designed for utility-scale photovoltaic projects. It uses a slew-drive mechanism and intelligent tracking control. KKseng Energy
Yes. The KST-1P can be engineered for different terrain and foundation conditions. Kseng's current specifications indicate support for north-south slopes of up to 20%, depending on project design. KKseng Energy
Yes. Kseng's published project portfolio includes multiple solar tracker projects in Italy, including 1.2MW and 11MW applications.
Kseng is a solar mounting and tracking system manufacturer providing solutions for commercial and utility-scale photovoltaic applications. Its product portfolio includes solar ground mounting systems, rooftop mounting systems, solar carports and single-axis solar tracking systems.
The KST-1P is part of Kseng's utility-scale solar tracking portfolio and is designed to support large-format PV modules and project-specific structural requirements.
