Reporter of China Industry NewsYu Na
On December 26, the country's first large-scale offshore pile-based fixed offshore photovoltaic project, China General Nuclear Power Corporation (hereinafter referred to as CGN) Yantai Zhaoyuan 400 MW offshore photovoltaic project officially started.
CGN Yantai Zhaoyuan 400MW offshore photovoltaic project photovoltaic area renderings.
The reporter learned that the Yantai Zhaoyuan 400 MW offshore photovoltaic project is located in the sea area of Laizhou Bay in the north of Zhaoyuan City, with a total planning area of about 6It is 44 square kilometers and consists of 121 photovoltaic subarrays. After the completion of the project, it is expected that the average annual power generation will be 6 in 25 years of operation900 million kWh. The photovoltaic modules used in the project are the first double-sided double-glass high-efficiency monocrystalline heterojunction modules with completely independent intellectual property rights and adapted to the special marine environment jointly developed by CGN Joint Cooperation Industry Chain.
According to reports, the Yantai Zhaoyuan 400 MW offshore photovoltaic project is also the site with the deepest water depth, the most difficult construction and the most complex development conditions among the first ten offshore photovoltaic project sites in Shandong Province, with a water depth of about 85 to 11 meters. CGN New Energy and PowerChina Northwest Institute have formed a complete set of process system for the construction of offshore photovoltaic projects in the shallow sea through the optimization and iteration of project design scheme and collaborative innovation of construction technology, and have developed and built the country's first set of offshore photovoltaic intelligent and efficient piling equipment "PowerChina Haizhuang No. 001". Through the accumulation of experience in design scheme and construction technology innovation, the project provides practical and applicable development and construction, intelligent operation and maintenance solutions for other offshore photovoltaic projects of the same type in China, and has good replication and promotion value. The design and construction standards formed by the project can be upgraded to industry technical standards, providing guidance for the healthy and orderly development of the offshore photovoltaic industry.
Review: Yu Zaozao.
Editor-in-charge: Huo Yue.
Editor: Hu Na.