CHINT is proud to announce our participation at Intersolar South America 2023, South America’s largest solar industry exhibition and conference. From August 29th to 31st (UTC-3) at the Norte Convention Center in São Paulo, over 450 photovoltaic solution providers gathered and showcased their latest products and technologies.
CHINT’s new energy storage products and power station solutions were a highlight at this immensely influential environmental energy exhibition, drawing the attention of numerous industry clients.
As renewable energy advances rapidly around the globe, the Latin American region has emerged as one of the most promising photovoltaic markets. Photovoltaic power generation has become Brazil’s second-largest source of electricity generation, following hydropower.
According to Brazil’s Energy Research Office EPE’s “Ten-Year Energy Expansion Plan” (2030 edition), by 2030, Brazil’s total installed capacity will reach around 224.3 GW, with over 50% of the new capacity coming from renewable energy sources.
Among them, photovoltaics will experience the highest growth and fastest expansion. According to EPE’s projections, Brazil’s cumulative photovoltaic installed capacity will reach 20.4 GW by 2029.
During this exhibition, the CHINT team showcased new products based on large-size silicon wafers, leading the industry into a new era of 600W+ power modules. They also presented low-voltage components for photovoltaic DC1500V and AC800V applications, as well as DC/AC combiner box products assembled and produced in Brazil.
CHINT’s integrated smart energy solutions provided innovative, efficient, environmentally friendly, and energy-saving options to the numerous attendees.
As a world-renowned player in the photovoltaic field, the CHINT team offers a complete product solution across the entire industry chain, from power generation to distribution for various usage scenarios.
They have incorporated energy storage batteries to enhance grid stability while increasing compatibility for power station products. This approach ensures efficient application for both residential and commercial photovoltaic systems, helping users achieve increasing green and sustainable economic benefits.
At the exhibition, the CHINT team provided a comprehensive overview of the customization process for residential and commercial photovoltaic smart energy solutions to interested clients. They emphasized the product’s high integration, safety, reliability, and efficiency characteristics.
Attendees experienced the convenience, efficiency, and flexibility of CHINT’s holistic smart energy solution and attractive payment options, stimulating high-quality customer transactions and garnering impressive results and consistent praise.
During the exhibition, CHINT engaged with hundreds of potential cooperative partners and signed agreements with some clients on-site. In subsequent industry exchange seminars, the CHINT Latin America team deepened interactions and discussions with fellow participants and clients about developing new energy storage technologies.
Through real-time customer feedback, the team can gain a deeper understanding of the pain points and demands of the Latin American market, laying a solid foundation for developing more tailored, comprehensive solutions for the future.
According to Jackie Xiang, General Manager of CHINT Latin America, “The reason why CHINT’s products attracted market attention during this exhibition is not only because of the eye-catching new products and satisfactory overall solutions but also because the company’s brand strength rapidly attracted new customers, making it a core competitive advantage. With the premise of having relatively low communication costs, the CHINT Latin America team delivered impressive results at this exhibition.”
In the future, CHINT will continue strengthening its brand image, expanding its market presence, advancing digital and intelligent initiatives within the industry, maintaining localized operations, and empowering energy development in the Latin American region.
.png.thumb.319.319.png)
