摘要
针对潜艇水下航行时空调能耗高影响其水下续航力的特点,进行了蓄冷技术应用于潜艇空调的研究;通过对制冷机蓄冷量、蓄冷装置容积等的计算,进行了改装方案的初步设计。分析了冰蓄冷技术应用于潜艇空调的可能性,计算表明通过对现有常规潜艇空调的局部改造可将蓄冷技术应用于潜艇以减少水下空调能耗,从而提高潜艇续航力。
Considering air condition consume much energy when submarine sail underwater, ice storage applied to submarine is analyzed in this paper. After calculating the volume of storage equipment and the refrigeration quantity, refitment project is primary designed and analyzing the feasibility of ice storage applied to submarine. Research suggest that after partly refitting currently air condition, ice storage technique can be applied to submarine to reduce the energy consumption by air condition, then improve the capability of continuously sailing.
出处
《流体机械》
CSCD
北大核心
2006年第11期53-56,共4页
Fluid Machinery
基金
海军工程大学科研基金(HGDJJ04015)
关键词
空渊
冰蓄冷
续航力
潜艇
air condition
ice storage
capability of continuously sailing
submarine
