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Research on an innovative large-scale offshore wind power seawater desalination system

机译:创新型大型海上风电海水淡化系统研究

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For high cost, hard grid connection and low failure probability for large-scale offshore wind power, an innovate seawater desalination system is proposed. It directly couples offshore wind power with high energy-consuming seawater desalination to a new and full one. The system uses 100%off-shore wind power and adopts variable condition optimal control to maintain energy consumption per unit when fresh water production changes due to wind power fluctuation. Furthermore, it changes power transmission as fresh water transmission ashore, which not only solves the difficult problem of large-scale, and super-large-scale wind power application, saves the investment of offshore wind farms and increases the utilization efficiency of wind energy, but also solves the point source pollution problems caused by on-shore large-scale and super-large-scale seawater desalination. As a result, the system is of great practical and strategic significance.
机译:针对大型海上风力发电的高成本,硬电网连接和低故障概率,提出了一种创新的海水淡化系统。它直接将海上风力发电与耗能高的海水淡化技术完美地结合在一起。该系统使用100%的海上风电,并采用可变条件的最佳控制,以在风电波动导致淡水产量变化时维持单位能耗。此外,它改变了输电方式,变成了岸上淡水输电方式,不仅解决了大规模,超大型风电应用的难题,节省了海上风电场的投资,提高了风能的利用效率,而且还解决了陆上大规模和超大规模海水淡化引起的点源污染问题。因此,该系统具有重大的现实和战略意义。

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