Project

In May 2025, a 35KW East & West tilt roof solar mounting system project was successfully completed on a commercial facility in Bulgaria, marking another milestone in the region’s transition to sustainable energy. The project features an advanced solar mounting system that supports dual-orientation (East & West) module installation, maximizing solar energy production and making efficient use of tilted roof surfaces.

In May 2025, a 35KW rooftop solar project using an East & West ballasted solar mounting system was successfully completed on a logistics facility in central Slovenia. The project exemplifies how solar mounting systems are evolving to meet the growing demand for clean energy in urban and industrial environments, especially for flat roof buildings where conventional installation methods are limited.

In April 2025, a new 15KW rooftop solar mounting system project featuring the T17 tile roof hook system was successfully completed in central Slovenia. The system was installed on a sloped ceramic tile roof of a private residential home, providing both aesthetic compatibility and functional efficiency.

As the demand for decentralized renewable energy continues to grow across Europe, this project showcases how innovative solar mounting systems can be seamlessly integrated into traditional architectural styles—helping homeowners reduce energy costs and environmental impact without altering the visual character of their homes.

Installed in a mixed-use property in northern Croatia, the solar carport system uses a specially engineered solar mounting system designed for stability, waterproofing, and long-term resilience. The solution combines solar panel arrays with a high-grade steel and aluminum frame structure that also functions as a durable car shelter.

In a significant development for residential solar in Central Europe, Slovenia has completed a 10KW rooftop solar installation utilizing a dual-mounting solution: the T17 tile roof hook system and the C10 tin roof system. This project highlights the use of advanced solar panel brackets engineered for both tile and metal roof applications, showcasing versatility, reliability, and ease of installation.

In a push to meet its renewable energy targets, Slovenia has successfully completed a new 8KW residential solar installation using the T17 tile roof hook system. The project showcases the use of advanced solar panel brackets that ensure structural safety, efficient panel alignment, and long-term durability on tiled rooftops.

In 2025, Hungary has completed a significant residential solar energy project with the installation of a 6KW T01 Tile Roof Hook System. The system features innovative solar panel installation brackets designed for easy and secure mounting of solar panels on tile roofs. This system is a perfect solution for residential buildings with pitched tile roofs, providing homeowners with an efficient way to generate renewable energy while ensuring minimal disruption to the roof structure.

Sri Lanka has launched a significant solar energy project with the installation of a 2MW Standard Ground Mounting System. This ground-mounted system incorporates high-quality solar panel brackets that ensure durability, easy installation, and optimal performance under Sri Lanka’s challenging weather conditions. The project is part of the country’s ongoing commitment to expand its renewable energy capacity and reduce dependence on fossil fuels.

Solar panel mounting brackets are essential components in any photovoltaic (PV) system. These structures not only support the panels physically but also determine the angle and orientation, directly affecting efficiency and durability. In 2025, with the global push toward carbon neutrality and rapid PV deployment, solar panel mounting brackets have become a focus of both innovation and investment.