Back List
Astronergy Solar Party in Brazil showcases its enthusiasm to boost local PV market
8 -30 2023   1174views

The third stop of the Astronergy World Tour 2023 pulled into the shore of Latin America and kicked off Solar Party at Sao Paulo in Brazil on August 28, bringing together partners of Astronergy and Chint Power from photovoltaic industry and long-term collaborators in the PV and low-carbon fields, focusing on the new energy market and cutting-edge technological discussions related to energy transition issues.

As the core section of the Astronergy World Tour 2023 brand campaign, the Solar Party is a series of events practising its slogan of ‘For A Greener World’, aiming to support partners in the PV industry, and generating frontier views and insights in panel chats of experienced and senior professors and industry insiders.

As a new energy enterprise, Astronergy has launched high-efficiency, high-reliability, and green PV products to satisfy all customers’ needs for all possible application scenarios, said Lin He, the Head of International Sales at Astronergy, at the event.

Before the start of Intersolar South America, Astronergy is glad to introduce the company’s accelerating production capacity growth, which is about 55GW, to all attendees; With outstanding technological strength and innovation ability, added Lin He, Astronergy products that are already popular in the market and the ASRTO N7 – the newly updated n-type TOPCon 3.0 tech product will certainly be great spurs to promote the construction of a cleaner and sustainable future for Brazil and LATAM.

As the fourth-largest PV market in the world and the second-largest importer of PV modules for China, Brazil is always one of Astronergy's important overseas markets. With the help of this Solar Party event, Astronergy showcased its strengths to continue providing high-quality products and services to Brazilian customers, and its abilities to help accelerate the large-scale application of solar power generation and help with the development of local renewable energy.