| Title |
The Study on High Efficiency Cycle Characteristics of the Absorption Chiller |
| Keywords |
흡수식 ; 배가스 ; 고효율 ; 물/리튬브로마이드 ; 직렬흐름 ; 용액냉각흡수기 Absorption ; Exhaust gas ; High efficiency ; H20/LiBr ; Series flow ; Solution cooled absorber ; |
| Abstract |
The objectives of the present work are to investigate the influence of the solution cooled absorber(SCA), refrigerant drain heat exchanger(RSX), exhaust gas/solution heat exchanger(ESX) and high efficiency solution heat exchanger on COP for a double-effect series -flow absorption chiller. A simulation program has been prepared for the cycle analysis of absorption chillers. As a result, solution heat exchangers(LSX, HSX) are the most effective element for the COP than the others. In spite of the poor contribution to COP, SCA plays an important role to reduce the crystallization phenomena of LiBr solution at solution heat exchanger. And the optimum solution split ratio varies with the relative size of RSX and LSX. |