Proyek

Romania has made significant progress in expanding its renewable energy infrastructure with the successful deployment of a 50KW solar panel system using 26mm mini rail mounting brackets specifically designed for trapezoidal sheet metal roofs. This innovative solar panel brackets solution provides a highly efficient, lightweight, and cost-effective way to install solar panels while ensuring long-term durability and energy optimization.

Slovenia has officially launched a new solar panel brackets project, marking a significant step in the country’s transition to renewable energy. This project aims to enhance the efficiency and durability of solar installations by using advanced solar panel brackets, which ensure secure and optimized mounting for various solar systems.

With the rapid expansion of the global solar energy sector, solar panel mounting brackets have become an essential component in optimizing the efficiency, stability, and longevity of solar installations. These brackets provide strong structural support for rooftop solar panels, ground-mounted systems, and floating solar farms, ensuring they remain secure even in harsh environmental conditions.

Thailand has officially launched an 8.7MW U Pile Ground Mounting System to support the country’s expanding solar energy sector. This project utilizes advanced solar panel brackets, ensuring secure and efficient panel installation. The initiative is a significant step toward enhancing Thailand’s renewable energy infrastructure.

Kuala Lumpur, Malaysia – A 1.8MW solar project has been successfully completed in Malaysia, featuring the C29 standing seam clamp specifically designed for Lysaght KLIP-LOK 406 roofing systems. This advanced mounting solution ensures a secure and non-penetrating installation, maintaining the integrity of the roof while maximizing solar energy efficiency. The use of solar panel brackets enhances structural stability, providing a long-lasting and reliable solution for large-scale solar installations.

Budapest, Hongaria - Instalasi tenaga surya 75kW yang baru telah berhasil diselesaikan di Hongaria, memanfaatkan sistem rel mini 26mm yang dirancang khusus untuk atap lembaran logam trapesium. Solusi pemasangan yang ringan dan efisien ini memastikan pemasangan panel surya yang aman dan dapat diandalkan sekaligus mengurangi waktu dan biaya pemasangan. Integrasi braket panel surya memainkan peran kunci dalam memperkuat daya tahan sistem, memastikan stabilitas jangka panjang untuk produksi energi bersih.

Bucharest, Rumania - Rumania telah berhasil menyelesaikan instalasi tenaga surya sebesar 560 kW dengan menggunakan sistem East & West Ballasted-PRO, sebuah solusi canggih yang dirancang untuk instalasi tenaga surya di atap datar. Proyek ini meningkatkan efisiensi energi sekaligus memastikan stabilitas struktural, berkontribusi pada investasi berkelanjutan Rumania dalam solusi energi terbarukan. Integrasi braket panel surya memainkan peran penting dalam mengamankan panel dan memaksimalkan pembangkitan energi.

Bucharest, Rumania - Rumania telah berhasil menyelesaikan instalasi tenaga surya 150kW, memanfaatkan sistem rel mini 26mm untuk atap lembaran logam trapesium. Solusi pemasangan yang inovatif ini memastikan pemasangan panel surya yang aman, ringan, dan efisien, yang selanjutnya mendukung transisi Rumania menuju energi terbarukan. Integrasi braket panel surya meningkatkan stabilitas dan daya tahan sistem, menjadikannya pilihan ideal untuk atap komersial dan industri.

Ljubljana, Slovenia – Slovenia has successfully completed a 15kW solar power project using the T20 tile roof hook system, reinforcing its commitment to clean energy solutions. The project integrates advanced solar panel brackets, ensuring secure installation, enhanced energy efficiency, and long-term sustainability.

Bangkok, Thailand – In a major step towards advancing its renewable energy capacity, Thailand has successfully completed a groundbreaking 8.7MW solar installation using the U-pile ground mounting system. This project is a significant leap in the country’s efforts to reduce its carbon footprint and transition to cleaner, sustainable energy sources.