[Sineng Electric signed a contract with Saudi Ar Rass photovoltaic project]Recently, Sineng Electric and Larsen & Toubro signed an inverter equipment supply agreement for the 700 MW Ar Rass photovoltaic project in Saudi Arabia. After it is fully put into operation, it will provide green power for about 132,000 households in the central region of Saudi Arabia, helping the Middle East to accelerate low-carbon energy transformation and 2030 vision realized. The Ar Rass project is located in the Al Qassim desert area of Saudi Arabia. The harsh application environment of high temperature, strong wind and sand puts forward extremely high requirements on the reliability of the product. The project will all adopt Sineng Electric's 1500V 3.125MW centralized solution. The 6.25MW all-in-one machine design has the characteristics of high integration and high power density, which saves costs, facilitates transportation, and is easy to install; the high IP65 protection level also makes it fearless of desert Scenario testing can ensure the power generation income of the power station. Edit/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