It was reported that Bold Energy has partnered with ZNShine Solar, adding it to its portfolio of manufacturers. The partnership includes the distribution of photovoltaic modules with HJT (Heterojunction) technology, designed to increase the efficiency and reliability of solar power generation.
According to José Vitor Salm, director of Bold Energy, the initiative expands the company's technological options. "Having a leading manufacturer in our portfolio reinforces Bold's commitment to offering the best solutions on the market. HJT brings real gains in performance and reliability, generating more value for our partners and the end customer". According to Salm, the HJT technology used in the modules of ZNShine Solar combines bifacial generation with high efficiency, enabling greater energy production, as well as the low temperature coefficient that maintains performance even in hotter environments.
"Our goal is to deliver a high-quality product, with differentiated technology, such as HJT, combined with our graphene technology, to serve and satisfy an increasingly demanding market, covering both distribution and projects of any size," said Derek Wang, Commercial Director of ZNShine Solar.
"Bold is a highly regarded company in Brazil, and ZNShine is proud to partner with us to offer our customers high-performance, high-quality products, with the goal of building a long-term relationship," he added.
ZNShine solar panels incorporate graphene technology, whose nearly poreless glass structure promotes self-cleaning. Rainwater spreads evenly across the surface, helping to remove accumulated dirt.
Among the other characteristics of graphene photovoltaic modules, greater generation efficiency, especially in low light conditions, thanks to the capture of a broader spectrum of light, including UV radiation.
Furthermore, it offers greater resistance to scratches, corrosion, and weathering, extending the panels' durability. The photocatalytic properties also aid in the decomposition of organic residues, facilitating self-cleaning of the surface.
