Projects

The 11MW Single Axis Solar Tracker System project in Italy represents a significant milestone in the country's renewable energy sector. Spread across six project sites with complex terrain, this system utilizes the KST SERIES KST-1P-TL solution.  The system features a tracking range of ±60°, combining astronomical algorithm with closed-loop control (AI) for precise tracking. It also offers robust wind protection with a rating of ≧18m/s. Compared to traditional fixed solar brackets, this system can increase power generation by 15%~30%.  This project demonstrates the potential of advanced solar tracking systems in boosting renewable energy production. It sets a benchmark for future solar projects, encouraging the adoption of innovative technologies to meet growing energy demands sustainably. Read More

Mauritania has successfully implemented a 1MW Single Axis Solar Tracker project, marking a significant milestone in its renewable energy development. This project leverages advanced solar tracking technology to maximize energy capture and address growing energy demands.  The implementation process involved meticulous site preparation, foundation installation, and careful assembly of tracking systems and solar panels. The electrical integration and grid connection were managed with strict quality control, ensuring reliable operation.  The project has demonstrated substantial economic benefits through increased energy production and reduced operational costs. The advanced technology employed ensures higher revenue generation from electricity sales, enhancing the project's return on investment and supporting Mauritania's economic growth. Read More

Project OverviewThis case study highlights a successful 900kW solar ground mounting system project in Germany, utilizing Zn Al Mg Coated Steel Ground and ground screw foundation technology. The project demonstrates the efficiency and sustainability of modern solar mounting solutions in Europe's re Read More

This article highlights our successful 1MW solar project in Italy, showcasing the effectiveness of our Zn-Al-Mg coated steel ground mounting system. The project addressed challenges such as varying terrain and soil conditions, delivering a durable and efficient solution that maximized energy production. Learn how this innovative technology contributed to the growth of renewable energy in Italy. Read More

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. Read More

This article showcases a successful 6-car solar carport installation in Serbia using aluminum alloy materials. The project details include design considerations, installation process, technical specifications, and the benefits of combining vehicle shelter with solar energy generation. The case study highlights how this innovative solution addresses both practical parking needs and environmental sustainability goals in residential settings. Read More

Location: Toheiji in Fukui Prefecture, Japan, an area known for its vast flat terrain and abundant sunshine resources, providing ideal conditions for solar power projects.Installed capacity: 2,457KW. The project aims to utilize Fukui Prefecture's abundant solar energy resources to provide large-scal Read More

Location: Nabari Town, Ibaraki Prefecture, Japan, an area with a predominantly mountainous terrain that offers unique challenges and opportunities for solar power projects.Installed Capacity: 109.2 kW, this project is an important step in the transition to sustainable energy in Nabari Town, aiming t Read More

Aluminum Solar Ground Racking Project Case in Kashima City, JapanLocation: Kashima City, Japan, a flat piece of land that provides ideal geographic conditions for a solar power project.Installed capacity: 82.08 kW. The project aims to provide clean, sustainable energy to the local community while pr Read More

The solar panels are securely mounted on the metal roofs, ensuring stability and optimal positioning for maximum sunlight exposure. The project aims to harness solar energy and generate clean electricity, reducing carbon emissions and promoting sustainable energy practices. Read More

The project involves the installation of a solar panel system on the ground, utilizing a specialized ground mounting system. The solar panels are securely mounted on solar photovoltaic brackets that are anchored into the ground, ensuring stability and optimal positioning for maximum sunlight exposu Read More

Ground solar panel brackets used in this project are designed to securely hold the solar panels in place, ensuring stability and optimal positioning for maximum sunlight exposure. These brackets are made of high-quality materials that are resistant to corrosion and can withstand various weather con Read More

This innovative approach allows for the utilization of underutilized space and promotes renewable energy adoption in urban areas. The balcony solar system consists of specially designed solar panels that can be easily mounted on balconies, capturing sunlight and converting it into clean electricity. Read More

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The German-Solar Ballasted Roof Mounting Systems Case is a solar project in Germany with a capacity of 6 kW. The project focuses on the installation of a solar panel system on rooftops, utilizing specialized ballasted roof mounting systems. These systems use weights to secure the solar panels in pla Read More

The project focuses on utilizing the solar carport structures to generate clean and renewable energy. The solar panels are mounted on the carport roofs, providing shade for parked vehicles while simultaneously harnessing solar energy. The carport structures are designed to securely hold the solar Read More

The project utilizes a specialized solar mount system designed specifically for tile roofs. These mounting systems are engineered to securely attach the solar panels to the tile roofs without compromising the integrity of the roof structure. Read More

The solar carport mounting system is designed to withstand various weather conditions and securely hold the solar panels in place. The project aims to harness solar energy and reduce reliance on traditional energy sources, contributing to a greener and more sustainable future in Serbia. By utili Read More

The project aims to harness solar energy and generate clean electricity, reducing carbon emissions and promoting sustainable energy practices in the Czech Republic. By utilizing the ground for solar panel installation, the project optimizes land use and maximizes energy production potential. Read More

The solar panels are mounted on the carport roof, providing shade for parked vehicles while simultaneously generating clean and renewable energy. The solar carport structure is designed to withstand various weather conditions and securely hold the solar panels in place. Read More