CAJ | 학술논문

随着蒸发冷却技术的发展,该技术被应用于不同气候、不同功能的建筑物。通过在高湿度地区的南通,模拟海南某核电站的室外气象参数测试直接蒸发冷却空调的风量、温降和冷却效率。测试结果表明,在南通模拟的室外气象参数下,即使是室外相对湿度达到74.9%的情况下,直接蒸发冷却空调的温降仍可以达到3.8℃,冷却效率可以达到71.4%。可以推断蒸发冷却空调在高湿度地区核电站同样能发挥其作用。
수착증발냉각기술적발전,해기술피응용우불동기후、불동공능적건축물。통과재고습도지구적남통,모의해남모핵전참적실외기상삼수측시직접증발냉각공조적풍량、온강화냉각효솔。측시결과표명,재남통모의적실외기상삼수하,즉사시실외상대습도체도74.9%적정황하,직접증발냉각공조적온강잉가이체도3.8℃,냉각효솔가이체도71.4%。가이추단증발냉각공조재고습도지구핵전참동양능발휘기작용。
With the evaporative cooling technology development,the technology has been applied to different climate,different functions of buildings.In this paper,In high humidity areas of Nantong,analog Hainan meteorological parameters of a nuclear power plant’s outdoor test direct evaporative cooling air conditioning air flow,temperature drop and cooling efficiency.Test results show that simulated outdoor Nantong meteorological parameters,even the outdoor relative humidity reaches 74.9% of cases,the direct evaporative cooling air-conditioning temperature drop can still reach 3.8℃,the cooling efficiency can reach 71.4%.Can be inferred evaporative cooling air conditioning in high humidity areas can also play its role in nuclear power plants.