PV+

T-Module, Socket Head Screw M8, Washer, Pre-assembly, 50 kits/box, 4boxes/CTN

D-Module, Socker Head Screw M8, Washer, Pre-assembly, 100 kits/box, 4boxex/CTN

The GS transformer workbench features a raised design, keeping its surface well above the ground to effectively prevent rainwater immersion and corrosion of various components. It also facilitates subsequent inspection and maintenance of electrical components and wiring. The platform provides a safer and more stable foundation for transformer transportation and installation. The overall structure is constructed of highstrength carbon steel, combined with professional anti-corrosion surface treatment, significantly improving durability and drastically reducing construction costs—offering a greater economic advantage compared to traditional concrete solutions.

The GS transformer + combiner box integrated bracket that allows the PCS to be placed above a step-down transformer. It is constructed with high-strength C-shaped steel, possessing robust mechanical properties and suitable for various rooftop installation projects. The bracket is fixed to a concrete foundation, completely avoiding the damage to the soil and roof structure caused by traditional methods, ensuring safety and reliability. Its unique "rack-on-rack" design allows the PCS to be placed directly above the transformer, significantly saving the installation space.

Containerized Energy Storage System top mounting system employs a combination of high-strength H-shaped steel and C-shaped steel, delivering robust mechanical performance suitable for mainstream solar panels. Modules also provide shading, reducing direct sunlight exposure to the container top. This, coupled with ventilation and heat dissipation from the base energy storage structure, comprehensively lowers the internal container temperature, thereby extending the operational lifespan of the energy storage equipment.

The GS Energy Storage Mounting System utilizes high-strength H-section steel, offering formidable mechanical properties to ensure structural integrity under heavy loads. Adopting steel structure significantly reduces material usage compared to traditional concrete methods. The system facilitates easy and rapid installation and minimizing construction time. It is suitable for operation in diverse corrosive environments, delivering long-term structural stability.