The National Energy Administration has recently released the list of the third batch of initial crucial technological equipment in the energy sector. A total of 58 projects have made it onto the list, with five entries from Fujian. Among the only nine initial crucial hydrogen energy projects on the list, two are from Fujian. 

The five projects selected from Fujian are: 

a)The 16MW offshore wind-power generator set and the crucial components of their main bearings, jointly developed by the Three Gorges Group, Goldwind Technology and Luoyang LYC Bearingss, and deployed on the Pingtan Offshore Wind Farm Project and the Zhangpu Liu’ao Offshore Wind Farm Project Phase II;

b)The rod control position system equipment for third-generation nuclear power rods, developed by the Nuclear Power Institute of China, and deployed in Zhangzhou Nuclear Power Units 1 and 2; 

c)The Hualong #1 fatigue monitoring and transient statistical system equipment, also developed by the Nuclear Power Institute of China, and deployed in Zhangzhou Nuclear Power Units 1 and 2; 

d)The 10kW-level “ammonia-hydrogen” fuel-cell distributed power generation systems, developed by FZU Zijin Hydrogen Power Technology Co., Ltd., and deployed on the Green Backup Power Demonstration Project of China Tower Longyan Base; 

e)The low-iridium anode-based PEM electrolyzers with hundred-gigawatt-level high current density, developed by Tan Kah Kee Innovation Laboratory, and constituting the initial crucial equipment project in the hydrogen power sector. 

Initial crucial technological equipment in the energy sector refers to key technological equipment in the energy sector that has achieved significant technological breakthroughs, possesses proprietary intellectual property rights, and has not yet been mass produced for the market. This encompasses the first three sets or batches of comprehensive equipment, complete machinery along with their core components, control systems, fundamental materials, software systems, and so on.