Creating multiple "firsts" and achieving comprehensive localization, two "maritime weapons" were delivered on the same day
On September 19th, the delivery ceremony of the "Haifeng 1001" 2500 ton self elevating wind power installation platform and the "Haifeng 1002" 1800 ton self elevating wind power installation platform project, which were invested by CCCC Haifeng Wind Power R&D and constructed by Zhenhua Heavy Industry, was held at Qidong Ocean Engineering Co., Ltd., a subsidiary of Zhenhua Heavy Industry.
Haifeng 1001 and Haifeng 1002 have multiple domestic "firsts". Haifeng 1001 is currently the largest wind power installation platform with lifting capacity built in China, and is the first 2500 ton fourth generation offshore wind power installation platform in China. Haifeng 1002 is currently the longest wind power installation platform of its class in China. At the same time, these two wind power installation platforms have also reached the maximum operating water depth, the highest lifting height, and the largest deck area, making them a new generation of domestically leading and internationally leading offshore wind power construction equipment, fully realizing the localization of design, core supporting facilities, and construction.
It is worth mentioning that the above platform is also equipped with a full ship information digital management system, which realizes important system operation and maintenance digital monitoring, intelligent data analysis, remote fault diagnosis and other functions. It is the first offshore wind power installation platform in China to apply for the classification of intelligent and green ships by the China Classification Society.
After the delivery of the two platforms, they will serve offshore wind farms for various wind power engineering operations, including the installation of towers, nacelles, blades, and wind turbine foundations for 20 MW offshore wind turbines, as well as other offshore lifting operations. To add another "weapon" for China's offshore wind power to move towards deep and distant seas, and to achieve high-quality development of clean energy for offshore wind power.