厦門グレースソーラーテクノロジー有限会社 Official site

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.

Horizontal and Vertical Placement The arrangement direction of the modules is fundamental to solar power system design and is mainly divided into two formats: horizontal and vertical. Rows and Columns Planning the array scale is a balance of light, shadow, and space. The number of tiers (in the north-south direction) must be comprehensively considered based on geographical location, solar altitude angle, and the influence of shadows in front and behind. For example, in most regions of China, a configuration of four tiers as one unit for horizontal arrays is common. Angle and Height The installation angle of the modules and the height above the ground are important parameters that affect the system's power generation performance and operational stability. The tilt angle of the modules is set not for aesthetic reasons, but to maximize solar radiation capture. Beyond standard designs, there are also flexible responses based on specific needs. In special situations where land is limited, appropriately reducing the tilt angle can improve land utilization. The arrangement of solar mounting structures impacts the "lifeline of power generation" for the power plant, forming the foundation for each unit of electricity generated by its structure. It is not merely a regular arrangement of modules, but an engineering poem crafted by Grace Solar under the sunlight, with each piece telling its own story.

In Ravenna, northern Italy, Grace Solar successfully implemented a solar power plant project equipped with a tracking system using its elevated installation tracker. The project site in Ravenna is at a low elevation and is prone to localized flooding during the rainy season, which posed a risk of submersion for conventional low mounting systems. Grace Solar's elevated tracker effectively prevents erosion of the electrical systems, solar modules, and drive components from surface water by raising the ground clearance, while also ensuring room for local vegetation growth and ecological compatibility. The system adopted for this project features an intelligent tracking algorithm that adjusts the panel angles in real-time based on the sun's position and weather conditions, achieving an approximately 15% to 20% increase in energy generation compared to conventional fixed mounting systems. Moving forward, Grace Solar will focus on the climatic characteristics and topographical conditions of Southern Europe and the Mediterranean region, aiming to provide more customized, high-efficiency mounting solutions, and will strive to help solar power plants worldwide achieve higher energy yields and ensure long-term operational reliability.

The Spain International Energy and Environment Exhibition (Genera 2025) successfully concluded at the IFEMA exhibition center in Madrid from November 18 to 20, 2025. Grace Solar showcased solar mounting solutions suitable for all scenarios at booth H3D01 and discussed new opportunities in the green transition with energy industry professionals from Europe and around the world. Smart Tracking This system optimizes the angle of solar panels in real-time using intelligent algorithms, making it particularly suitable for high solar radiation areas and complex terrains, such as southern Spain, significantly improving power generation efficiency. Ground-mounted Systems To accommodate the diverse geographical environments of Europe, Grace Solar's ground-mounted systems garnered attention for their exceptional stability and adaptability. Roof-mounted Solutions At the exhibition, Grace Solar's roof-mounted mounting solutions attracted attention for their flexible adaptability. They cater to the complex roof types found in Europe, providing a variety of installation solutions that balance structural safety and ease of installation.

The IFEMA exhibition center in Madrid is already prepared! Grace Solar warmly invites everyone to the Genera exhibition on November 18, where we look forward to seeing the future of solar mounting technology together. As Spain and Europe accelerate their transition to renewable energy, we will present our entire series of durable solutions: ✔️ Intelligent Tracker System — Smart technology designed to achieve maximum power generation across diverse terrains ✔️ Ground Mounting System — Provides a solid foundation for large-scale solar power plants ✔️ Roof Mounting System — A multifunctional penetration prevention solution applicable to commercial and industrial roofs Please visit us at booth H3D01. This is an opportunity to interact directly with our technology experts, see live demonstrations of our products, and gather information to build a solid foundation for your next project. Venue: IFEMA Exhibition Center, Madrid, Spain Date: November 18-20, 2025