MayWon's new photovoltaic bracket product is officially launching. Leveraging four core advantages: aesthetic compatibility, efficient installation, reliable quality, and cost control, this product offers an innovative solution for reducing costs and increasing efficiency throughout the entire lifecycle of photovoltaic projects, helping to reshape the industry standard for photovoltaic bracket applications.
I. Design: Balancing Functionality and Adaptability
Breaking beyond the limitations of traditional photovoltaic bracket designs that prioritize functionality over adaptability, the new product features an integrated, streamlined structure and undergoes a professional surface treatment. This ensures both industrial practicality and weather resistance while maintaining a beautiful appearance. Whether for large-scale deployments of commercial and industrial rooftop photovoltaic power plants or decentralized installations of distributed residential photovoltaic projects, it seamlessly blends in with photovoltaic modules and building exteriors, effectively addressing the visual integration challenges of photovoltaic equipment and application scenarios, and meeting diverse project requirements in both design and practical application.
II. Installation: Snap-on Quick Installation for Breakthrough Efficiency
Addressing the industry's pain points of time-consuming and high labor costs during photovoltaic bracket installation, the new product features a snap-on quick installation system. This system simplifies the installation process, eliminating the need for complex tools. Standardized installation workers can follow standardized procedures, and a single bracket set can be installed in under 15 minutes, over three times more efficiently than traditional bolt-based installation methods. The snap-on structure precisely matches the module dimensions, reducing on-site commissioning and lowering the risk of working at height. It is particularly suitable for large-scale photovoltaic power plant construction, helping to shorten project delivery cycles.
III. Quality Assurance: Multiple Testing for a Reliable Foundation
The product is constructed from high-strength alloy materials and has undergone rigorous testing, including salt spray testing, extreme load testing, and wind load resistance testing. It is guaranteed to last over 25 years in highly corrosive coastal environments, withstand an ultimate pressure of 1.5 times the design load, and has a wind resistance rating of 17 (corresponding to a wind speed of 56.1 m/s). Quality control is implemented throughout the entire process, from raw material procurement to finished product delivery, providing stable structural support for the photovoltaic system, ensuring reliable operation throughout its 25-year power generation cycle and alleviating quality concerns during project operation and maintenance.
IV. Cost Control: Over 20% Cost Reduction Throughout the Entire Lifecycle
Through process optimization and supply chain integration, the new product achieves cost optimization while ensuring quality. Procurement costs are 15% lower than comparable products. Combined with the approximately 8% reduction in labor and time costs achieved with the snap-on quick-install system, the overall cost reduction exceeds 20%. Furthermore, the long-life design reduces subsequent replacement and maintenance costs, helping maximize project return on investment across the entire lifecycle, from procurement, installation, to operation and maintenance.
MayWon has opened multiple consultation channels and welcomes inquiries and trials from PV power station developers, EPC companies, and distributed project owners. This new product launch demonstrates MayWon's advancement in the PV accessories sector from "product supply" to "value-added services." Through technological innovation, MayWon is driving efficiency upgrades in the installation and application stages of the PV industry, injecting new momentum into the green energy transition.
