The deepest world!These "Made in Zhuhai" are delivered today!

Today, the 34 sets of guidance racks made in Zhuhai are delivered in Gaosu Port and will go to Scottish!

On September 18th, the last ship of the Seagreen Sea Wind Power Project (hereinafter referred to as the Seagreen project) was built by the Ocean Oil Project (hereinafter referred to as the Sea Oil Project) Zhuhai venue. All the world's deepest suction cylinder catheter racks are delivered to the world's wind power equipment to the world to contribute "Zhuhai Power".

Zhuhai Manufacturing "Fengshen Leg" is about 33 floors high

It is reported that the Seagreen project is located 27 kilometers in the Angus coast of the East Scotland. The water depth is about 53 to 58 meters. Essence

The first phase of the SEAGREEN project includes the construction of 114 typhoon and related power transportation supporting facilities. Zhonghai Fufu Heavy Industry Co., Ltd., a subsidiary of the sea oil engineering located in Zhuhai Jinwan. The total weight of the 34 set of wind conductivity is about 70,000 tons, which is equivalent to about 10 Eiffel Tower steel structure weighs.

The total height of the ducts delivered this time is more than 93 meters, which is equivalent to the height of the 33 -story residential building, which is equivalent to the "base" of the wind farm.

The first phase of the project is expected to be put into use in the first half of next year

According to Jiang Haitao, the manager of the Seagreen project, the project is serving in the European Sea Sea, which has a harsh environment, and must meet the requirements of the EU, DNV (Norwegian Class), Norsok (Norwegian Petroleum Industry Technology Regulations), etc. Bringing difficulties.

Faced with many challenges, the project team strengthened safety control and scientifically carried out quality control during the construction process, and provided solid guarantees for the project on high quality delivery on schedule.

It is reported that the last ship's pipe rack will reach the location of the project in mid -November. The first phase of the project is expected to be put into use in the first half of 2023, with an annual design power generation capacity of 1075 MW.

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