本发明涉及一种核能发电船整体布局结构,包括从核能发电船的首部到尾部依次设置的首部生活工作保障功能区域、第一隔离舱段、中间核反应堆功能区域、第二隔离舱段、尾部电力生产功能区域;首部生活工作保障功能区域包括从首部到尾部依次设置的艏部防撞舱段、保障系统舱段、核堆仪控舱段;第一隔离舱段作为核辅助系统舱段;中间核反应堆功能区域包括核反应堆舱段;第二隔离舱段为二回路辅助系统舱段;尾部电力生产功能区域包括从首部到尾部依次设置的汽轮发电机组舱段、输变电舱段、艉部推进器舱段;各个舱段之间通过防火水密横舱壁分隔;发电系统采用双堆多机横向并列布置方式。本发明能够满足安全性、工艺流畅性以及船舶总体性能的要求。
The invention relates to an overall layout structure of a nuclear power generation ship. The overall layout structure comprises a head living and working guarantee function area, a first isolation cabin section, a middle nuclear reactor function area, a second isolation cabin section and a tail power production function area which are sequentially arranged from the head to the tail of the nuclear power generation ship. The head life and work guarantee function area comprises a bow anti-collision cabin section, a guarantee system cabin section and a nuclear reactor instrument control cabin section which are sequentially arranged from the head to the tail. The first isolation cabin section is used as a nuclear auxiliary system cabin section; the middle nuclear reactor functional area comprises a nuclear reactor cabin section; the second isolation cabin section is a secondary loop auxiliary system cabin section; the tail power production function area comprises a steam turbine generator unit cabin section, a power transmission and transformation cabin section and a stern propeller cabin section which are sequentially arranged from the head part to the tail part; the cabin sections are separated by fireproof watertight transverse cabin walls; the power generation system adopts a double-pile multi-machine transverse parallel arrangement mode. The method can meet the requirements of safety, process fluency and overall performance of the ship.
一种核能发电船整体布局结构
2024-03-08
Patent
Elektronische Ressource
Chinesisch