Bolivia’s solar development has reached a new height with the successful completion and grid connection of a 3MW ground solar project, the largest solar plant in the private sector within the country. Kseng Solar is proud to be part of this remarkable solar project, demonstrating both its expertise in solar racking solutions and its commitment to supporting renewable energy growth across South America. The project utilized Kseng Solar’s Zn-Al-Mg coated steel structures, which provide exceptional corrosion resistance and long-term durability. With a unique self-healing feature, the Zn-Al-Mg coating delivers 5–10 times stronger protection than conventional hot-dip galvanizing, ensuring reliable performance throughout the entire lifecycle of the solar plant. Throughout the project, Kseng’s expert team provided end-to-end support, including installation guidance and responsive service, earning high praise from the customer. Tailored to local climate and soil conditions, the solution adopted concrete foundations to enhance structural stability while minimizing environmental impact. Dedicated to providing solar racking and tracking systems provider since 2015, driven by dual manufacturing bases and vertically integrated production, Kseng Solar is committed to supplying more advanced solar racking solutions, to meet diverse needs in South America and beyond.

Located in Italy, the 1MW solar project utilized KST-1P solar tracker from Kseng Solar with comprehensive support throughout the entire project cycle to ensure smooth installation and customer satisfaction. At the early stage, Kseng’s expert team worked closely with the client to deliver the tailored solution, utilizing concrete block foundations tailored to local soil conditions, ensuring optimal structural stability and energy efficiency. During installation, Kseng's professional team provided on-site guidance, guaranteeing the successful installation of the project. **Project information** - Location: Italy - Location: Italy - Capacity : 1MW - Wind speed: 21m/s - Design standard: 300N/m2 - Foundation: Concrete - Material: Carbon Steel - Minimum ground clearance: 945mm - Module orientation: Portrait Special Features of Kseng Solar’s KST-1P Solar Tracker - Cost-effective, stable & efficient system - AI algorithm to maximize power generation - Effectively reduce torsional stress on the torque tube by 5-10% - Adapt to various terrains, allowing a north-south slope up to 20% Find more about the product: https://www.xmkseng.com/kst-1p-one-portrait-horizontal-single-axis-solar-tracking-system_p52.html

Recently, one solar project utilized Kseng Solar's KST-1P-TL Solar Tracker in Italy with a total capacity of 11MW spanning six sites, is now under installation. Featuring a dual slew-drive linkage, KST-1P-TL Solar Tracker is a cost-effective solution that is easy to install and has excellent energy generation. The spline shaft connection enables quick assembly, while the Cardan Joint connection enhances adaptability to varying terrains, making it an ideal choice for Italy’s diverse landscapes. **Project information** - Location: Italy - Size of system: 11MW - Wind speed: 27 m/s - Design standard: Eurocode 1991-4 - Field temperature: 2℃－26℃ - Foundation: Ramming Pile - Material: Hot-Dip Galvanizing Zn-Al-Mg Coated Steel - Minimum ground clearance: 500mm - Module orientation: 1P Portrait - PV-Modules quantity per two rows: 80PCS (2-1Px40) - Control unit power supply: Self-powered Special Features of  Kseng Solar’s KST-1P-TL Solar Tracker - Cost-effective, stable & efficient system - Each unit can endure higher wind speeds - Cardan Joint connection for higher terrain adaptability - AI algorithm to maximize power generation Find more about the product: https://www.xmkseng.com/kseng-latest-product-dual-row-linkage-single-axis-solar-tracker_p257.html

The Middle East, with its abundant solar resources, is an ideal region for large-scale solar projects. Located in Riyadh, Saudi Arabia, supported by the local branch team providing comprehensive on-site guidance throughout the project, Kseng Solar’s Carbon Steel Solar structures have been successfully deployed and are now operational. Tailored to Riyadh’s challenging environmental conditions, the system is made from high-strength carbon steel materials and features a double-pillar bracket design, making it an economical and reliable solution ideal for large-scale solar projects. Additionally, the use of concrete block foundations ensures long-term durability and optimal energy generation. **Project information** - Location: Riyadh, Saudi Arabia - Size of system: 3MW - Start of construction: September 2024 - Completion: December 2024 - Wind Speed: 140 m/s - Foundation: Concrete Block - Design standard: ASCE 7-16 - Minimum ground clearance: 315mm - Module orientation: Vertical - PV-Modules quantity per row: 2x15 & 2x30 - Material: Carbon Steel HDG- Warranty: 10 years Special Features of Kseng Solar’s Carbon Steel Ground Solar Mounting System - Suits for various soil conditions, ideal for any open ground space - Cost-effective while robust solar structure - Compatible with ground screws or concrete block foundation - High strength material, built to last Find more about the product: https://www.xmkseng.com/high-strength-carbon-steel-solar-panel-ground-rack-system-ground-mounting-structures-for-solar-plants_p210.html

Located in Peru, the system was selected for its high cost-effectiveness and step-less adjustment. Designed to maximize energy yield throughout the year, it enables seasonal tilt angle adjustments for optimal performance under various conditions. Furthermore, it’s highly pre-assembled to eliminate the need for on-site cutting and welding, allowing for quick and easy installation. This economical solution combines affordability with durability, making it perfect for a wide range of open-terrain applications. **Project information** - Location: Peru - Size of system: 500kW - Start of construction: August 2024 - Completion: September 2024 - Wind Speed: 30 m/s - Foundation: Concrete with Steel Piles - Design standard: EU Standard - Minimum ground clearance: 718mm (When the tilt angle is 30°) - Adjustment method: Manually adjustable - Adjustable angle: 5-30° - Module orientation: Vertical - PV-Modules quantity per row: 2x10 & 2x20 - Material: Carbon Steel - Warranty: 10 years Special Features Of Kseng Solar’s Fixed Adjustable Mounting System - Angle Adjustable for optimal performance - Stepless adjusting, easily handled by a single person - Highly pre-assembled for saving on-time installation time and labor cost - Adaption to various terrains allowing a slope up to 10% to 20% Find more about the product: https://www.xmkseng.com/ksm-ma-fixed-adjustable-ground-mounted-solar-panels-mounting-system_p145.html

Uzbekistan marked a significant step in Kseng Solar's expansion across Central Asia, with two major ground solar projects totaling 17.6MW. Comprising a 9.4MW and an 8.2MW ground solar project, both utilized MAC Ground Solar Structures from Kseng Solar. The solution was selected for its high-grade MAC steel with exceptional strength, easy installation, and great adaptability, making it ideal for large-scale ground solar applications. The 9.4MW Solar Plant was completed in just two months after breaking ground in August 2024 with quick installation. Based on years of solar expertise, Kseng Solar utilized ramming posts as the foundation in consideration of its loose soil and achieved minimal surface damage, earning positive feedback from the client. Meanwhile, the other 8.2MW solar power plant is currently under construction. Given the site’s hard soil, a concrete pouring foundation was chosen to enhance stability. Throughout the project, Kseng Solar's team provides ongoing support and project updates, ensuring the timely completion of the project. Dedicated to providing solar racking and tracking systems provider since 2015, driven by dual manufacturing bases and vertically integrated production, Kseng Solar is committed to supporting local clients with more reliable, efficient solar racking solutions, driving clean energy transition in Uzbekistan and across Asia.