Keywords: پمپ حرارت منبع هوا; Air source heat pump; Domestic hot water; Multi-scale; Annual efficiency; Primary energy;
مقالات ISI پمپ حرارت منبع هوا (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: پمپ حرارت منبع هوا; Integrated heating system; Solar energy; Air source heat pump; Optimal range; I-T diagram;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Defrosting control strategy; Frost distribution; Melted frost; Defrosting efficiency;
Keywords: پمپ حرارت منبع هوا; Frosting and defrosting operation; Payback period; Air source heat pump; Multi-circuit outdoor coil; Techno-economic analysis;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Absorption heat pump; Solar absorption heating; Solar heat pump; Heating; Energy efficiency;
Keywords: پمپ حرارت منبع هوا; ASHP; Air source heat pump; COP; Coefficient of performance; CSDD; Compressor shutdown defrosting; DEV; Defrosting evenness value; EHD; Electric heating defrosting; FEV; Frosting evenness value; HGBD; Hot gas bypass defrosting; HWSD; Hot water spraying de
Keywords: پمپ حرارت منبع هوا; ASHP; air source heat pump; CCD; digital charge coupled device; CFD; computational fluid dynamics; CG; crystal growth; COP; coefficient of performance; DBG; densification and bulk growth; DCA; dynamic contact angles; DWC; dropwise condensation; FEV; frost
Keywords: پمپ حرارت منبع هوا; Experimental study; Radiant heating; Convective heating; Air source heat pump;
Keywords: پمپ حرارت منبع هوا; Experimental study; Frosting performance; Defrosting performance; Air source heat pump; Radiant-convective heating terminal;
Keywords: پمپ حرارت منبع هوا; Symbols; Meaning and unit; ANOVA; Analysis of variance; ASHP; Air source heat pump; COP; Coefficient of performance; C; Specific heat capacity of water in (kJ/kg°C); 2D; Two Dimensional; E; Electrical energy consumed in (kWh); f(n); User define function;
Keywords: پمپ حرارت منبع هوا; Life cycle assessment; (LCA); Air source heat pump; (ASHP); Environmental analysis and amortization; All-electric boilers; Low-temperature radiators; Underfloor heating;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Frosting/defrosting operation; Multi-circuit outdoor coil; Payback period; Techno-economic analysis;
Keywords: پمپ حرارت منبع هوا; air source heat pump; fan coil; RSM;
Keywords: پمپ حرارت منبع هوا; Waste heat recovery; Subway; Air source heat pump; Modular;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Clean energy; Terminal equipment; Simulation analysis;
Keywords: پمپ حرارت منبع هوا; Vapor injection; Rotary compressor; Air source heat pump; Flash tank economizer; Injection de vapeur; Compresseur rotatif; Pompe à chaleur aérothermique; Ãconomiseur du réservoir de vaporisation instantanée;
Keywords: پمپ حرارت منبع هوا; Cascade; Air source heat pump; Defrosting; Thermal energy storage; Experimental study;
Keywords: پمپ حرارت منبع هوا; Heating; Air source heat pump; Energy efficiency; Air pollution; Residential building;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Multi-circuit outdoor coil; Refrigerant distribution; Experimental study;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Reverse cycle defrosting; Multi-circuit outdoor coil; Defrosting efficiency; Metal energy storage; Frosting evenness value;
Keywords: پمپ حرارت منبع هوا; TRT; thermal response test; M-TRT; thermal response test machine; ILS; infinite line source; GSHP; ground source heat pump; ASHP; air source heat pump; COP; coefficient of performance; EER; energy efficiency ratio; SPF; seasonal performance factor; GHE; g
Keywords: پمپ حرارت منبع هوا; ASHP; air source heat pump; c; calculatioin period; CO-EPL; cost-optimal energy performance level; CO-IC; cost-optimal investment cost; CO-TM; cost-optimal technology mix; d; decline rate of technology price; dIC; additional investment cost (initial costs
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Atmospheric pressure; Ambient temperature; Frosting problem; COP; Heating capacity;
Keywords: پمپ حرارت منبع هوا; Unnecessary defrosting phenomena; Energy loss; Performance evaluation; Air source heat pump; Phénomènes de dégivrage non nécessaires; Perte énergétique; Ãvaluation de performance; Pompe à chaleur aérothermique;
Keywords: پمپ حرارت منبع هوا; Heat recovery; Thermal comfort; Air source heat pump;
Keywords: پمپ حرارت منبع هوا; Frost formation; Defrosting; Water retention; Drainage; Louvered fin; Air source heat pump
Keywords: پمپ حرارت منبع هوا; Air source heat pump; COP; Economized vapor injection; Thermal performance prediction; Cold climate;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Performance optimization; Thermal conductance; Two-stage compression
Keywords: پمپ حرارت منبع هوا; air source heat pump; unglazed transpired solar collector; COP; TRNSYS; simulation; model validation;
Keywords: پمپ حرارت منبع هوا; domestic energy usage; renewable energy; air source heat pump; seasonal performance factor;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Multi-circuit outdoor coil; Even frosting; Frosting evenness value; Experiment;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Multi-circuit outdoor coil; Frosting evenness value; Defrosting performance; Experimental study
Keywords: پمپ حرارت منبع هوا; Solar driven heat pump; Air source heat pump; Fan coils; Flat plate collectors;
Keywords: پمپ حرارت منبع هوا; Microgrid energy management; Fluctuation stabilize; Battery energy storage system; Air source heat pump; Double fuzzy logic
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Multi-circuit outdoor coil; Frosting evenness value; Defrosting performance; Experimental study;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Modeling study; Multi-circuit outdoor coil; Reverse cycle defrosting; Uneven defrosting;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Defrosting; Experiment; Multi-circuit; Horizontally installed;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; renewable energy; smart grids; sustainable cities; climate change; climatic areas of Iran
Keywords: پمپ حرارت منبع هوا; Thermal energy storage; Phase change material; Building; Cogeneration; Food transport; Solar cooker; Greenhouse gas; Integration form; AB; auxiliary boiler; ASHP; air source heat pump; ATES; aquifer thermal energy storage; CHP; combined heating and power;
Keywords: پمپ حرارت منبع هوا; Experiment; Air source heat pump; Defrosting; Melted frost;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Photovoltaics; Thermodynamics; Design idea;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Ground source heat pump; Coefficient of performance; TRNSYS simulation; Net-zero energy buildings
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Comprehensive defrosting; Superhydrophobic fin; Embryo; Preliminary study;
Keywords: پمپ حرارت منبع هوا; Solar heat pump; Air source heat pump; Low energy building; Unglazed absorbers; Glazed collector
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Dimensionless; Photovoltaic; Thermodynamic;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Defrosting; Dehumidification; Spray solution
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Defrosting; Melted frost; Experiment; Multi-circuit;
Keywords: پمپ حرارت منبع هوا; Air source heat pump; Solid oxide fuel cell micro-combined heat and power; Domestic heating; Efficiency; PerformanceASHP, air source heat pump; COP, coefficient of performance; mCHP, micro combined heat and power; SOFC, solid oxide fuel cell
Keywords: پمپ حرارت منبع هوا; Cool exergy; Warm exergy; Ground source heat pump; Air source heat pump; Exergy efficiency;
Keywords: پمپ حرارت منبع هوا; Temperature and humidity independent control; Air source heat pump; Solid desiccant; Variable refrigerant flow; Humidification; Heat recovery ventilator