国产999免费视频|亚洲欧美激情综合首页|动漫人妻h无码中文字幕|国产精品欧美日韩视频一区|美女精品人妻视频一区二区|中文亲近交尾bd在线播放|色五月丁香亚洲高清无码国产|久久一区国产男人操女人的视频

        1. position: EnglishChannel  > News> Milestone in Offshore Wind Power Test

          Milestone in Offshore Wind Power Test

          Source: Science and Technology Daily | 2025-01-03 15:15:54 | Author: Staff Reporters

          China's first national offshore wind power research and testing base transmission chain platform in east China's Fujian province began operation on December 26, 2024.

          This is the country's first wind turbine ground test platform with independent intellectual property with the most comprehensive testing capabilities in China. It can simulate tests for 25 MW wind turbines under all operational conditions. In the future, it would be able to conduct ground testing and detection of large-capacity offshore wind turbines over 10 MW, regardless of the weather.

          China has led the world in cumulative installed capacity of offshore wind power for three consecutive years, entering the era of large-capacity turbines. The growth necessitated a dedicated test site capable of supporting type certification for these advanced turbines.

          Jointly invested by the State Grid, China Huadian Corporation Ltd., and other institutions, the offshore wind power base is the only testing center authorized by the National Energy Administration to conduct both type and grid connection certifications. The base includes a land test center and a test wind farm. The land center features a transmission chain platform and a 150-meter blade test platform.

          The transmission chain platform integrates full-scale, high-fidelity simulations with unique adjustment functions not found in other domestic test facilities. It also includes the world's largest power grid simulation device, according to Fang Risheng, director of Science and Technology Department of the State Grid Fujian Electric Power Co. Ltd.

          The under-construction blade test platform will introduce an ultra-long blade biaxial high-frequency loading test, crucial for advancing offshore wind power technologies, according to Chen Dawei from the Electric Power Research Institute of State Grid Fujian Electric Power Co. Ltd.

          Editor:LIANG Yilian

          抱歉,您使用的瀏覽器版本過低或開啟了瀏覽器兼容模式,這會影響您正常瀏覽本網(wǎng)頁

          您可以進(jìn)行以下操作:

          1.將瀏覽器切換回極速模式

          2.點擊下面圖標(biāo)升級或更換您的瀏覽器

          3.暫不升級,繼續(xù)瀏覽

          繼續(xù)瀏覽
          桦甸市| 米易县| 高淳县| 包头市| 青铜峡市| 长治县| 四平市| 濉溪县| 商南县| 会东县| 巴中市| 绿春县| 若尔盖县| 新乡市| 姜堰市| 贺州市| 荣成市| 永寿县| 兰溪市| 河池市| 乌拉特中旗| 长武县| 全南县| 虎林市| 唐海县| 冀州市| 察隅县| 神池县| 新津县| 唐海县| 开平市| 盐池县| 桃园市| 盐津县| 宁南县| 罗定市| 华蓥市| 大埔区| 宜章县| 凤凰县| 长治市|