[Pinggao Group won the bid for a 5 * 10 MW photovoltaic project in South Africa]Recently, the China South New Energy Investment and Cooperation Conference was successfully held at Johannesburg Thornton International Convention Center, and Pinggao Group was invited to participate as an important guest. Prior to the meeting, Pinggao International Engineering won the bid for the South African 5 * 10 MW photovoltaic power plant project jointly developed by five investment and development companies, including the local Neogos Energy Company in South Africa, with a winning amount of approximately 200 million yuan. The scope of work for this project includes the survey, design, procurement, construction, commissioning, etc. of the photovoltaic plant area, 5km transmission line, 11kV connection, and 132kV interval expansion. The completion of the project will provide assistance for South Africa to alleviate the power crisis, inject new impetus into practical cooperation between China and South Africa, and is of great significance for promoting local economic and social development. Editor/Ma Xue
On November 6, 2026, China's largest single-power flywheel energy storage project was connected to the grid at Huaneng Lanzhou Thermal Power Company, marking an important breakthrough in China's rapid frequency regulation technology for flywheel energy storage in thermal power bases. The 5 MW flywheel put into operation this time is currently the largest single-power flywheel in China. Its adjustment rate can reach 5 MW/s, its power storage can reach 1,250 kWh, its charge and discharge efficiency can reach over 85%, and its cycle life can reach tens of millions of times.Editor/Gong Ziwei
At the press conference of the "15th Five Year Plan" series held on November 6, 2026, it was learned that by 2030, the proportion of electricity in China's terminal energy consumption will increase to about 35%. In the field of transportation, the National Energy Administration will promote the construction of high-quality charging and swapping infrastructure layout, and build a charging infrastructure network with urban surface, highway line, and rural point layout. By 2030, the number of charging infrastructure will exceed 40 million, forming a charging service capacity that supports more than 110 million electric vehicles.Editor/Gong Ziwei