The 5th New Power System International Forum and the 20th China Southern Power Grid International Science and Technology Forum kicked off on Monday in Boao, Hainan province.

Themed "Building the new power system faster to serve new quality productive force development", the event has attracted energy and power regulatory authorities, businesses, industry associations, and academic experts from both domestic and international sectors. Participants convened to delve into the developmental trajectory of new power systems, chart blueprints for constructing innovative energy systems, and foster collaboration on the future landscape of global energy and power cooperation.

Li Licheng, academician of the Chinese Academy of Engineering and the honorary chairman of the CSG Expert Committee, underscored the pivotal role of the new grid system as the linchpin of a contemporary power system and an inventive energy framework. At the heart of this transformative energy shift lies the advancement of renewable sources, with their integration and utilization contingent upon the progress in new grid infrastructure.

In China, about 95 percent of non-fossil energy sources are converted into electricity for practical use. Statistics from the China Southern Power Grid show that non-fossil energy constitutes 63 percent of installed capacity and 55 percent of electricity generation in the southern region. Looking ahead to 2030, the company aims to facilitate the installation of over 400 million kilowatts of new energy in the five southern provinces.

A significant upcoming endeavor, the Xizang-Guangdong High-Voltage Direct Current Transmission Project, carries substantial implications for the advancement of hydropower in Xizang and the transmission of clean energy. Once initiated, this ±800 kilovolt ultra-high-voltage DC transmission project will enable the sustained transmission of clean energy from western regions to key load centers like the Guangdong-Hong Kong-Macao Greater Bay Area and the Hainan Free Trade Port, said CSG Chairman Meng Zhenping.