Research and Development of Module 3D Design System Based on PDMS
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摘要: 在核电厂建造过程中,采用模块化建造技术是缩短建造工期和降低造价的有效方式之一。二代加百万千瓦级压水堆(CPR1000),作为国内主要的二代加核电堆型,其建造技术已相当成熟,在国内已形成批量化建造,但是在缩短工期、降低造价方面还有潜力可挖,因此,积极推进CPR1000模块化技术开发与应用研究意义重大。本研究以CPR1000项目为依托,研究了在工厂设计管理系统(PDMS)三维设计平台上开展模块化三维布置设计的解决方案,并开发完成自主化的模块三维设计系统,为CPR1000核电项目中开展模块化三维设计提供一套便捷、高效的设计工具。对于即将开展的美国三代核电技术(AP1000)模块化三维设计,也可提供参考。Abstract: Modularization construction technology for the construction of nuclear power plant is an effective way to shorten the construction period and reduce the project cost.CPR1000,at present with proven construction technology,has been developed for batch construction in China.However,it still has the potentiality for further improvement with respect to the construction period and project cost,and therefore,it has great significance to promote the research on the development and application of the CPR1000 Modularization technology.Relying on CPR1000 nuclear power projects,this study aims to explore the scheme of the module 3D design based on the PDMS,and develop the self-reliant module 3D design system,so as to offer a convenient and effective design tool for the Modularization design in CPR1000 nuclear power projects.The research will provide good reference to AP1000 nuclear power projects.
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Key words:
- CPR1000 /
- Modularization /
- PDMS /
- 3D design
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