PDF Publication Title:
Text from PDF Page: 066
It has to be noted that in the code in EES the nomenclature is a bit different that in the theory section. Specifically: 1’ is 1.5 3’ is 3.35 3’’ is 3.7 "Input data" {----------------------------------------------------------------------------------------------------------------------} {m_dot_water} {m_dot_brine} {rho_water} {cp_water} {rho_brine} {cp_brine} {delta_T_sub} {delta_T_sup} {T_brine_in=0} {input in {input in {input in {input in {input in {input in {input in {input in {input in parametric table, parametric table, parametric table, parametric table, parametric table, parametric table, parametric table, parametric table, parametric table, from experimental data Thermia} from experimental data Thermia} from experimental data Thermia} from experimental data Thermia} from experimental data Thermia} from experimental data Thermia} from experimental data Thermia} from experimental data Thermia} from Standard} {m^3/s} {m^3/s} V_dot_water=m_dot_water/rho_water V_dot_water_per_hour=V_dot_water*3600 V_dot_brine=m_dot_brine/rho_brine V_dot_brine_per_hour=V_dot_brine*3600 T_water_out=0.0036*T_amb^2-0.8342*T_amb+38.391 {T_water_out=0.0007*T_amb^2-0.3233*T_amb+27.579} Rho_1=Density(R410A,h=h_1,P=P_evap) Rho_1.5=Density(R410A,x=1,P=P_evap) Rho_2=Density(R410A,h=h_2,P=P_evap) Rho_m=(Rho_1+Rho_2)/2 Rho_3=Density(R410A,h=h_3,P=P_cond) Rho_3.35=Density(R410A,x=1,P=P_cond) Rho_3.7=Density(R410A,x=0,P=P_cond) Rho_4=Density(R410A,h=h_4,P=P_cond) {Cp_1=Cp(R410A,h=h_1,P=P_evap)} Cp_1.5=Cp(R410A,x=1,P=P_evap) Cp_2=Cp(R410A,h=h_2,P=P_evap) Cp_3=Cp(R410A,h=h_3,P=P_cond) {Radiator heating} {Floor Heating} -ii-PDF Image | Next generation of refrigerants for residential heat pump systems
PDF Search Title:
Next generation of refrigerants for residential heat pump systemsOriginal File Name Searched:
MartinaLonghini_ThesisReport.pdfDIY PDF Search: Google It | Yahoo | Bing
CO2 Organic Rankine Cycle Experimenter Platform The supercritical CO2 phase change system is both a heat pump and organic rankine cycle which can be used for those purposes and as a supercritical extractor for advanced subcritical and supercritical extraction technology. Uses include producing nanoparticles, precious metal CO2 extraction, lithium battery recycling, and other applications... More Info
Heat Pumps CO2 ORC Heat Pump System Platform More Info
CONTACT TEL: 608-238-6001 Email: greg@infinityturbine.com (Standard Web Page)