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CHAPTER 4: CO:MPARlSON BETV.fEEN AND CO2 SYSTEM 115 The savings that can be realised by using a heat pump system instead of an ILH system is clearly indicated here. There is a 57.8% increase in the total energy usage over the period of one year for the ILH system when compared to the CO2 heat pump system. Table 4.6: Yearly summary for water and energy consumption. R-22 heatpump~ystem Year total consumption Year total energy CO2 he<:\t pump system r-YE?ar total consumption Year total energy ILH heat pump system i Year total consumption Year tot(;il energy :::: 5350000 149000 '" 5340000 '" 135000 =. 5340000 "': 319000 [I] [kWh] [n · [kWh] [I] • [kWh] From the results found in chapter 4 it is clear that the CO2 system has a better COP than the R-22 system and will thus be a more energy efficient system than the R-22 system. A Techno-Economical Analysis of a CO2 Heat Pwnp. School ofMechanical Engineering, North-West UniversityPDF Image | CO2 HEAT PUMP Analysis
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