Views: 7 Author: Site Editor Publish Time: 2025-08-29 Origin: Site
From August 26 to 28, 2025, ZNSHINE SOLAR appeared at The Smarter E South America in São Paulo, Brazil, the largest and most influential solar technology exhibition in Latin America. At the event, ZNSHINE SOLAR presented its latest generation of high-efficiency modules equipped with graphene innovation, demonstrating to global customers its strong capabilities and forward-looking strategy in the fields of high-efficiency photovoltaics and materials innovation.
At this exhibition, ZNSHINE SOLAR focused on showcasing several flagship products, including the 750W bifacial dual-glass HJT, the 640W bifacial dual-glass HJT, the 615W monofacial dual-glass HJT, the 630W N-type bifacial dual-glass, and lightweight flexible modules. ZNSHINE SOLAR’s HJT modules feature an excellent temperature coefficient (-0.24%/°C), outstanding low-light performance, LID/PID immunity, and an ultra-long lifecycle with power retention of more than 90.3% after 30 years. Through pre-cut silicon rod technology the risk of microcracks is reduced, light-conversion films enhance UV aging resistance, optimized edge sealing improves waterproofing capability, and the dual-glass plus frame structure ensures load resistance up to 5400/2400Pa. These features allow the products to remain stable under diverse environmental conditions and better meet the application demands of the South American market. Whether in Brazil’s hot and humid climate with frequent rainfall or in dusty and arid environments, the modules can maintain stable and efficient output, providing local customers with long-term reliable green energy solutions.
In addition, ZNSHINE SOLAR has introduced graphene coating innovation across its full range of modules. With high light transmittance and super-hydrophilic properties, graphene enables module glass to achieve both higher transparency and self-cleaning capacity. In benchmark testing by PV Magazine, ZNSHINE SOLAR’s graphene modules achieved a transmittance of 94.3%, with power generation increasing by 3.7%. This innovation effectively mitigates soiling issues caused by coal dust, sand, and other particulates, reducing power generation losses by about 35% in deserts, industrial zones, and construction-intensive areas. At the same time, graphene’s self-cleaning effect significantly reduces the frequency of manual cleaning, lowers the risks of potential microcracks and watermarks, and cuts power station O&M costs, saving customers considerable expenses annually. The application of graphene not only further improves the long-term stability of PV modules in complex environments but also positions ZNSHINE SOLAR’s products at the forefront of the industry in terms of both efficiency and durability.
With its strong product performance and service system, ZNSHINE SOLAR has won widespread trust from customers in the South American market. During this exhibition, the company once again received dual recognition from the international authoritative institution EUPD Research, being awarded both “Top Brand PV Brazil” and “Top Innovation Brazil.” This is the second consecutive year that ZNSHINE SOLAR has been named “Top Brand PV Brazil,” fully demonstrating the company’s sustained leadership in brand influence, market share, and customer satisfaction across Brazil and Latin America.
As a leader in continuous industry innovation, ZNSHINE SOLAR has always focused on the R&D and application of high-performance PV modules, continuously driving two-way innovation in product technologies and service models. Through a comprehensive localized operation system in Brazil, covering sales, technical support, and after-sales service, ZNSHINE SOLAR provides full-process guarantees for smooth project implementation, earning unanimous praise from customers. Looking forward, ZNSHINE SOLAR will continue to be driven by high-quality products and efficient services, working together with customers in South America and around the world to accelerate the transformation of energy structures and green, low-carbon development. Making green electricity more efficient!
