The China-Brazil cooperation in green energy is exemplified by the Panati photovoltaic power station in Ceara, which supplies clean energy to over 350,000 households annually. The collaboration has expanded through significant transmission projects, leading to a surge in electric vehicle sales and advancements in local battery production, thus reinforcing Brazil’s transition to sustainable energy.
The Panati photovoltaic power station, located in Ceara, northeastern Brazil, features 446,000 solar panels and spans 840 hectares, having been developed by the Brazilian branch of China State Power Investment Corporation (SPIC). Since its operation began in June 2024, the facility has furnished clean energy to over 350,000 local households each year. This initiative is part of a broader effort by the Brazilian government to transition towards green energy, fostering collaboration with China in clean energy projects. The State Grid Corporation of China has significantly contributed to this transition, completing the first two phases of the Belo Monte ultra-high-voltage transmission project in 2017 and 2019, respectively. This project facilitates the transport of Brazil’s abundant hydroelectric resources from the northern regions to the populous southeast. Moreover, in December 2023, the State Grid secured rights to undertake another ultra-high-voltage direct current transmission project, aimed at distributing wind and solar power from northeastern Brazil to Brasília and other regions. Emerging green power plants are complemented by a burgeoning network of electric transportation. Cities like Sao Paulo and Rio de Janeiro are witnessing an influx of electric buses and vehicles from Chinese manufacturers. Data from the Brazilian Electric Vehicle Association (ABVE) indicate that over 120,000 electric light vehicles were sold in Brazil in the first three quarters of this year—a staggering increase of 113% year-over-year, with eight of the top ten models originating from China. Chinese electric vehicle producer BYD has established a battery production facility in Manaus, Amazonas, marking the first local assembly base for lithium iron phosphate batteries in Brazil. This facility commenced operations in 2020, with a capacity to produce battery modules for 1,000 electric buses annually. Its establishment aids in enhancing the local adoption of green technologies and propels the electrification of public transport, promoting the development of new energy technologies in the local market.
In recent years, Brazil has prioritized the transition to green energy, focusing on renewable resources such as solar and wind power. The collaboration with China has intensified this transition, particularly through significant investments in clean energy infrastructure, which aim to harness Brazil’s natural resources and enhance energy accessibility. The partnership includes various projects, notably those involving high-capacity power transmission to support both energy generation and consumption effectively across regions, thus contributing both to local economies and global sustainability goals.
In conclusion, the collaborative efforts between China and Brazil in the realm of green energy signify a pivotal advancement in sustainable development. The establishment of photovoltaic power stations and high-voltage transmission projects not only addresses local energy demands but also showcases a fruitful international partnership that fosters innovation in clean energy technologies. This synergy is imperative for promoting sustainable practices and enhancing electric transportation in Brazil’s urban centers.
Original Source: www.cnhinews.com
