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Grace Solar’s ​​GS-F-T625 Self-tapping Screw​​ (Stainless Steel 410, St6.3x25) ensures secure fastening for solar mounting systems. Designed for quick assembly and corrosion resistance, it integrates seamlessly with Grace Solar’s AI-driven GS-Smart ground mounting solutions. With ISO-certified durability and UL/TUV approvals, this screw supports 48GW+ global installations, from residential roofs to utility-scale projects. Custom packaging available. Elevate solar installations with precision-engineered components trusted by Top 500 enterprises. ..

Grace Solar’s ​​GS-FS-W680 Wood Screw​​ (Stainless Steel 410, St6.3x80 with Pad) delivers robust fastening for solar mounting structures. Engineered for durability and corrosion resistance, it ensures secure attachment of PV panels to wooden surfaces. Certified by UL/TUV and ISO-compliant, this screw integrates seamlessly with Grace Solar’s GS-Smart ground systems, trusted in 48GW+ global installations. Custom packaging options available. Ideal for residential rooftops and commercial projects, offering easy assembly, low maintenance, and a polished finish. Partner with a Top 500 supplier driving solar innovation...

Grace Solar's GS-G-BJ-A Bonding Jumper ensures optimal electrical continuity in solar grounding systems. Featuring braided copper wire and stainless steel components, it minimizes resistance and enhances safety across residential/commercial installations. Pre-assembled with socket head screws, this jumper simplifies installation while complying with UL, TUV, and AS/NZS1170 standards. Ideal for projects in extreme climates, it supports 48GW+ global solar arrays with corrosion-resistant durability. Compatible with rooftop/ground mounts, it integrates seamlessly into AI-driven GS-Smart systems, delivering reliable performance for Fortune 500 partners and solar farms worldwide...

Grace Solar's GS-G-GL Grounding Lug ensures robust electrical grounding for solar mounting systems. Crafted with stainless steel and aluminum lay-in design, it offers corrosion resistance and seamless integration with rooftop/ground installations. Pre-assembled for fast deployment, this lug meets UL, TUV, and AS/NZS1170 standards, supporting 48GW+ global solar projects. Ideal for extreme climates, its low-resistance design enhances safety in residential and commercial systems. Compatible with GS-Smart AI-driven solutions, it delivers 25+ years of durability while reducing installation time by 30%. Trusted by Fortune 500 partners, it exemplifies Grace Solar’s commitment to "Do it right the first time" ...

Grace Solar's KNT Triangular Roof Bracket is a lightweight, high-strength solar mounting system engineered for flat, metal, and shingle roofs. With anodized aluminum alloy and stainless steel components, it withstands 60m/s winds and 1.4KN/m² snow loads (AS/NZS 1170 certified). Ideal for residential and commercial projects, this one-tool-assembly kit includes adjustable brackets (10°-60° tilt) and pre-drilled rails for fast installation. Certified by UL, TUV, and CE, it ensures 25+ years of reliability. Compatible with GS-Light Trackers and ballasted setups for zero roof penetration...

Grace Solar's GS-DR-(Length)Classical Rail is a precision-engineered solar mounting solution designed for durability and versatility. With a robust 55 * 28mm aluminum alloy profile, it ensures structural stability for both ground and rooftop installations. Customizable lengths adapt to diverse project needs, while corrosion-resistant coatings withstand harsh environments (UL, TUV, CE certified). Easy-to-assemble design reduces labor costs by 30%, and modular components simplify maintenance. Ideal for residential, commercial, and utility-scale projects, it integrates seamlessly with AI-driven GS-Light tracking systems. Trusted in 100+ countries, GS-DR delivers 15GW annual production capacity, backed by BYMEA Group’s 650+ engineering experts and 110,000m² manufacturing facilities...

Grace Solar's Multipoint Drive 2P Solar Tracking System redefines precision in renewable energy. Designed for 600W+ ultra-high-power modules, it integrates AI-driven dual-core algorithms to optimize sunlight capture across terrains with up to 15% north-south slopes. With a multi-point linear actuator drive, structural rigidity increases by 20%, enabling wind resistance up to 47m/s. The system’s real-time monitoring via LoRa/Zigbee ensures stable communication, while IP65-rated components withstand extreme temperatures (-40°C to +70°C). Compatible with bifacial modules, it reduces LCOE by minimizing land use (30% footprint) and O&M costs through streamlined installation. Trusted in 100+ countries, it’s engineered for reliability with TÜV/UL certifications and 25-year performance guarantees...