Technical Upgrade of PV Support & Module Series

Innovative structural design & full-scenario compatibility for diversified photovoltaic projects！

Based on the high-quality development trend of the new energy industry and focusing on the development needs of high efficiency, intelligence and high adaptability of photovoltaic equipment, our company has completed the technical iteration and comprehensive upgrading of a new generation of photovoltaic modules and photovoltaic brackets. Relying on self-developed core technologies, the new products are fully optimized targeting industry pain points such as limited power generation efficiency, insufficient environmental adaptability and cumbersome installation and maintenance of traditional photovoltaic equipment. Key breakthroughs have been achieved in four major dimensions including core product performance, manufacturing technology, structural design and scenario adaptation, greatly enhancing the comprehensive strength and market competitiveness of the products, which can be fully adapted to the implementation and application of various photovoltaic projects.

New Photovoltaic Module Upgrade: Innovative Technology for Quality Improvement, High Efficiency and Low Consumption for Diverse Scenarios

In terms of product quality and durability, the new product adopts high-strength composite packaging materials combined with an optimized frame protection structure, which has excellent wind pressure resistance, impact resistance and high and low temperature resistance, and can effectively resist the erosion of complex outdoor environments such as rain, snow, wind, sand and extreme temperature differences. At the same time, the product is upgraded with surface anti-fouling and anti-attenuation coating, which greatly reduces the performance loss caused by outdoor dust accumulation, oxidation and aging, features stronger long-term power generation stability, effectively reduces the full-life-cycle operation and maintenance cost of power stations, and is suitable for various long-term outdoor service scenarios.

New Photovoltaic Bracket Breakthrough: Optimized and Upgraded Structure, Balancing Stability, Safety and Flexible Adaptability

Aiming at practical problems such as diverse terrain, limited installation conditions and complex working conditions of various photovoltaic projects, the newly developed photovoltaic bracket series of our company has completed structural technological innovation, breaking the drawbacks of traditional brackets such as single structure, poor adaptability and limited installation. Made of lightweight and high-strength alloy materials and combined with sophisticated mechanical structure design, the new product reduces overall self-weight while greatly improving the overall bearing capacity, wind and earthquake resistance and deformation resistance of the bracket. The structural stability and safety factor are fully upgraded, which can adapt to various harsh outdoor construction and operation working conditions.

Adopting modular assembly design, the bracket supports flexible cutting and angle adjustment, which can be perfectly adapted to various complex installation bases such as flat roofs, special-shaped roofs, mountain slopes and tidal flat open spaces, effectively solving the problem of photovoltaic installation on special sites. The standardized pre-installed structure simplifies the on-site construction process, eliminates the need for complex civil transformation, greatly improves installation efficiency and shortens the project construction cycle. At the same time, the product is specially treated with anti-corrosion, anti-rust and weather-resistant technology, which can adapt to harsh environments such as humidity, salinity and windy sand, with a longer service life, balancing project safety, economy and ecological adaptability.

Full-scenario Application Coverage, Adapting to the Implementation of New Energy Projects in Multiple Fields

Relying on the dual technical upgrading of modules and brackets, the new products realize full coverage of photovoltaic application scenarios, and can be fully adapted to various centralized and distributed photovoltaic projects. In large-scale ground photovoltaic projects, the products can be applied to the construction of large-scale power stations such as desert photovoltaics, mountain photovoltaics and water photovoltaics. With high stability and high adaptability, they ensure the long-term efficient, safe and stable operation of large-scale power stations, meeting the development needs of large-scale new energy layout.

In-depth Research on Photovoltaic Technology, Continuously Empowering Industrial Upgrading

The comprehensive iterative upgrading of photovoltaic brackets and modules this time is the core R&D achievement of our company's in-depth cultivation in the new energy photovoltaic field and focus on the actual needs of terminal projects. Guided by market demand and centered on technological innovation, the company continuously polishes product technology, optimizes product performance, expands application boundaries, and accurately solves the pain points of equipment application in the industry.

In the future, our company will continue to increase investment in the research and development of core photovoltaic technologies, adhere to product iterative innovation, and continuously launch photovoltaic equipment products and integrated solutions with higher efficiency, higher quality and stronger adaptability, help the photovoltaic industry improve quality, efficiency and green upgrading, and continuously contribute to the popularization of clean energy and the implementation of the dual-carbon strategy.

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New Product Upgrade | Our PV Brackets and Modules Achieve Dual Breakthroughs in Technology and Application