摘要
对温棚太阳池进行小型实验模拟,通过开展活动式温棚太阳池、固定式温棚太阳池和普通太阳池3个平行模拟实验,得到温棚结合太阳池的升温蓄热结果。实验结果表明,活动式温棚太阳池的升温能力较好,固定式温棚的恒温能力较好。温棚结合太阳池,能够减小环境对太阳池的扰动,延长太阳池在冬季的运行时间,提高太阳池的升温能力和蓄热稳定性,使太阳池更适合于盐湖生产工艺的实际需要。
Small-size experiments of simulated solar ponds integrated with greenhouse were carried out. By means of three parallel experiments： removable greenhouse, immovable greenhouse and normal selar pond,the warm-up and thermal storage performance of solar pond integrated with greenhouse was ob- tained. The result indicates that removable greenhouse shows the great performance of rapid warm-up while immovable greenhouse has a fine capability of reducing the temperature fluctuation. With the help of greenhouse, solar pond can reduce the environmental disturbance, prolong the operating time in winter and improve the warm-up performance and thermal storage stability. Those improved factors will make the solar pond more suitable for the saline exploitation technic.
出处
《盐湖研究》
CSCD
2013年第1期57-61,共5页
Journal of Salt Lake Research
基金
国家自然科学基金(41073023)
关键词
温棚
太阳池
模拟实验
升温
蓄热
Greenhouse
SGSP
Simulated experiment
Warm-up
Thermal storage
