表面式凝汽器间接空冷技术对内陆核电的适用性浅析  

Analysis on the Applicability of Indirect Air-cooled System with Surface Condenser to Inland Nuclear Power Plants

作　　者：赵有 王启元 ZHAO Yo;WANG Qiyuan(CNNP Liaoning Nuclear Power Co.,Ltd.,125100,lluludao,Liaoning,China)

机构地区：[1]中核辽宁核电有限公司,辽宁葫芦岛125100

出　　处：《东方电气评论》2018年第2期66-71,共6页Dongfang Electric Review

摘　　要：由于日本福岛事故的影响,国内核电的发展延缓。核电作为世界电力3大支柱之一,在未来几十年中仍有较大的发展空间。在常规火电厂中,利用空冷技术能够节约大量水资源。如果把空冷技术应用到缺水地区的内陆核电,必然对拓宽核电选址范围、调整能源结构、减少碳氧化物排放等具有十分重要的意义。针对目前国内电力行业的发展趋势与工业生产中节能减排的需要,本文主要介绍了表面式凝汽器间接空冷的技术特点,并依据了解的北方内陆核电初步可行性研究,对间接空冷技术的应用做了简单分析,初步得出表面式凝汽器间接空冷技术可广泛应用于内陆核电厂址的结论。Due to the influence of Fukushima accident in Japan,the development of nuclear plants in China delays. The nuclear power as one of the three supporting industries in global electric industrial,still has a large space for development in the next few decades.Air-cooled system can save water in the coal-fired power plants,which is very meaningful to widen the site selection,reduce the carbon oxides emission,and improve the energy structure,when/if air-cooled system is applied to inland nuclear power plants in water-shortage area. This paper makes an introduction on the technical characters of indirect air-cooled system with surface condenser,and a brief analysis on the application to inland nuclear power plant basing on a prefeasibility study in the north is made. based on the needs of development in electricity industry, energy-saving and emission-reduction in commercial production. The preliminary conclusion is that the indirect air-cooled system with surface condenser can be widely used to the site of the inland nuclear power plant.

关 键 词：内陆核电 间接空冷 可行性研究 

分 类 号：TM623.94[电气工程—电力系统及自动化]