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Temperature of Evaporation, Te=-1.50C Compressor Efficiency, 7C = 0,8 20 22 24 26 28 30 32 34 36 38 40 TEMPERATURE OF CONDENSATION, Tc(#C) Figure 16. COP vs. Tc Table 1 lists also the increase of COP due to changing T* » aswasdiscussedinSection2. COP*givenbyeq.5canbeevaluated from AQ and AW . data. These can be determined from T-S or p-i e act diagrams of the refrigerant and under the assumption that both the boiling temperature T^ and the overall compressor efficiency ric are constant. ForT =-1.5Candp =0.8AQ andAW e c e act , valuesandCOP weredeterminedforvariousT^'sandplottedinFig.l6. Aniterative process was applied to determined the lowest possible temperature of the condensing refrigerant T* which (within a specified limit of ±10$) c would provide the same heat rejection of the wetted condenser as that ofthedryone. TheT*soobtainedyieldfromFig.l6theCOP*listed in Table 1. C-32PDF Image | Development of the Zinc-Chlorine Battery for Utility
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