CAJ | 학술논문

对1m×2m×0．35m逆流太阳能溶液集热／再生器进行实验研究，分析了影响太阳能溶液集热／再生器再生效率的各种影响因素．实验研究发现，常温溶液再生存在明显两段式分布，溶液再生效率随空气流量的增加先增后减，存在最大值；溶液再生效率随溶液流量增加而递减．加热溶液综合再生效率升高；而加热再生用空气其综合再生效率下降．采用含湿量为20 g／kg再生用湿空气的再生效率比用含湿量为10 g／kg的再生用湿空气的再生效率小0．16．随着太阳辐射强度的提高，溶液再生效率也相应增加．因此，逆流太阳能溶液集热／再生器应在空气较干燥、太阳辐射强度较高时运行，并选取适合的空气流量．
대1m×2m×0．35m역류태양능용액집열／재생기진행실험연구，분석료영향태양능용액집열／재생기재생효솔적각충영향인소．실험연구발현，상온용액재생존재명현량단식분포，용액재생효솔수공기류량적증가선증후감，존재최대치；용액재생효솔수용액류량증가이체감．가열용액종합재생효솔승고；이가열재생용공기기종합재생효솔하강．채용함습량위20 g／kg재생용습공기적재생효솔비용함습량위10 g／kg적재생용습공기적재생효솔소0．16．수착태양복사강도적제고，용액재생효솔야상응증가．인차，역류태양능용액집열／재생기응재공기교간조、태양복사강도교고시운행，병선취괄합적공기류량．
A countercurrent solar solution collector/regenerator ( C/R) with experiment platform the size of 1 m( wide) ×2 m( long) ×0.35 m( high) was used for analyzing the factors influencing re-generation efficiency of solar C/R.It is found that there is an obvious two-stage distribution for re-generating solution at normal temperature.The regeneration efficiency of solution increases first and then decreases with the increase of air mass flow rates and there exists a maximum value.The regen-eration efficiency always decreases with the increase of solution flow rates.Heating solution leads to an increase of integrated regeneration efficiency;however, heating regeneration air decreases the in-tegrated regeneration efficiency.The regeneration efficiency is decreased by 0.16 by using humid air of 20 g/kg instead of using humid air of 10 g/kg.The regeneration efficiency increases correspond-ingly with the increase of the solar radiation intensity.The countercurrent solar solution C/R can op-erate better in dry air and high solar radiation conditions and a suitable air flow-rate should be select-ed to achieve better performance.