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广东大亚湾核电站是我国内地与香港合资兴建的大型核电站,总装机容量180万 kW,工程动态总投资40亿美元。由于它的建设资金全靠国际贷款,技术装备全靠法、英等国提供,因此该工程的设计、研究任务全部委托给法国电力公司(简称 EDF)承担。为了使该电站的港口与冷却水取排水口建设更适合当地自然和环境条件,使设计方案更为经济合理,因此,广东核电合营有限公司又委托国内有关单位对此关键性的技术问题进行平行研究。在关键的工程设计阶段,针对 EDF 提出的港口与取排水口布置方案,河海大学凭借自身科研队伍的扎实的理论基础和丰富的实践经验,在认真进行现场调查的基础上,按“一堤多用,防浪隔热结合”的原则,以
Guangdong Daya Bay Nuclear Power Station is a large-scale nuclear power plant jointly built by the Chinese mainland and Hong Kong with a total installed capacity of 1.8 million kW. The total project investment is US$4.0 billion. Because its construction funds are entirely dependent on international loans, and technical equipment is provided by France and the United Kingdom, the design and research tasks of this project are all entrusted to the French Electric Power Company (EDF). In order to make the construction of the power station’s ports and cooling water intakes and outlets more suitable for the local natural and environmental conditions, the design plan is more economical and reasonable. Therefore, the Guangdong Nuclear Power Joint Venture Co., Ltd. has also entrusted relevant domestic units to parallel this critical technical issue. the study. In the key engineering design stage, aiming at the arrangement plan of the port and water intake and discharge port put forward by EDF, Hohai University relied on the solid theoretical basis and rich practical experience of its own scientific research team, and based on the careful on-site investigation, press “1” Multi-purpose, anti-wave insulation combined with the principle of