摘要
模拟小空间恒温恒湿环境,对工作电流、温度、湿度等半导体制冷除湿的影响因素进行了试验研究与分析。优化提高了半导体制冷微型除湿器的除湿能力和除湿效率。对半导体制冷微型除湿器与化学干燥剂作了对比试验分析,结果表明半导体制冷除湿器具有持续除湿、不需再生维护、节能环保的优点,在许多场合可取代化学干燥剂。
Microenvironment system of constant temperature and humidity is simulated, and the factors （current, temperature, humidity, etc. ） affecting the Semiconductor Refrigeration mini humidity -remover are analyzed. In addition, the dehumidifying effect and efficiency of Semiconductor Refrigeration mini humidity - remover is optimally improved. By comparing the experimental data between chemical desiccant and Semiconductor Refrigeration mini humidity- remover, the latter is proven to be more sustainable dehumidifying, energy- saving and environmental- friendly. Furthermore, it does not require regenerative maintenance. Hence, it is a better substitute for chemical desiccant in many occasions.
出处
《制冷》
2008年第2期12-17,共6页
Refrigeration
关键词
半导体制冷
除湿
化学干燥剂
节能
Semiconductor Refrigeration, dehumidify, Chemical Desiccant, Energy saving
