厦門グレースソーラーテクノロジー有限会社 Company Profile

Grace Solar looks forward to meeting you at the 2026 Abu Dhabi Future Energy Exhibition (WFES). Grace Solar will showcase solar mounting solutions tailored for all scenarios in the Middle East, exploring the development and application of new energy technologies alongside leaders in the global energy industry. Venue: Abu Dhabi National Exhibition Centre (ADNEC Centre) Date: January 13-15, 2026

As we welcome the new year, we sincerely thank you for your journey towards building a sustainable future with solar energy. This year, we will continue to be a reliable support for our customers and the future of the Earth. We hope that 2026 will be a year filled with light and innovation.

In Chiba Prefecture, located in the Kanto region of Japan, multiple ground-mounted power plants using Grace Solar's aluminum alloy solar mounting systems have been successfully completed and have begun transmitting power. To address the high salinity and humidity of the marine climate, Grace Solar has specially improved the surface treatment and structural sealing of the mounting systems. The aluminum alloy body is coated with a multi-layer anti-corrosion coating, and salt damage prevention designs are employed at critical joint areas. This effectively prevents the intrusion of corrosive media, maintaining long-term structural stability and performance even in harsh corrosive environments. Grace Solar optimizes the wind resistance performance of the mounting system through wind tunnel simulations and structural calculations. By reinforcing joints and improving force distribution, the system can reliably withstand strong wind loads, ensuring the safe operation of power plants even in adverse weather conditions. Considering the soft ground and high groundwater levels in coastal areas, Grace Solar provides foundation solutions and construction methods tailored to the site, ensuring the stability of the mounting system even under complex geological conditions. Additionally, the use of lightweight aluminum materials and modular design significantly enhances construction efficiency and adaptability in coastal environments.