Keyphrases
Performance Assessment
100%
Organic Rankine Cycle
100%
Heat Storage
66%
Ultra-low
50%
Working Fluid Selection
50%
Low-grade Heat Recovery
50%
Evaporative Cooling System
50%
Design Analysis
50%
Energy Storage
50%
Desiccant Evaporative Cooling
50%
Energy Analysis
50%
Phase Change Material
50%
Direct Vapor Generation
50%
Solar Organic Rankine Cycle
50%
Vapor Compression Cycle
50%
Cooling Requirements
33%
Thermochemical Heat Storage
33%
Magnesium Chloride
33%
Heat Exchanger Performance
33%
Condenser
27%
Matrix Laboratory (MATLAB)
23%
Cycle Thermal Efficiency
20%
System Performance
20%
Evaporative Cooling Technology
16%
Promising Technology
16%
Solar Energy Storage
16%
Desiccant
16%
Bedroom
16%
Pakistan
16%
Lahore
16%
Heat Storage Medium
16%
Ventilation
16%
Thermochemical Material
16%
Solar Fraction
16%
Fresh Air Requirement
16%
Cooling Air
16%
Solar Heat
16%
Solar-driven
16%
Air Conditioning
16%
Subtropical Climate
16%
Cooling Demand
16%
Net Power Output
14%
Rankine Cycle System
10%
Thermal Exergy
10%
Vapor Compression Refrigeration Cycle
10%
Cycle System
10%
Operational Parameters
10%
Refrigeration Capacity
10%
Vapor Compression System
10%
R600a
10%
Optimum Operation
10%
Heat Input
10%
Sensitivity Analysis
10%
R141b
10%
Working Fluid Pair
10%
Vapor Compression
10%
Exergy Efficiency
10%
Component Sizing
10%
Waste Heat
10%
Thermal Performance
10%
Potassium Nitrate
7%
Dynamic Performance
7%
Heat Storage Tank
7%
System Efficiency
7%
Fluid Pumping
7%
Thermal Energy Storage
7%
Finite Difference Model
7%
Cycle Efficiency
7%
High System Efficiency
7%
Evacuated Flat Plate Collector
7%
Thermodynamic Cycle
7%
Heat Store
7%
Eutectic Phase Change Material
7%
Expander
7%
Maximum Energy
7%
Material Temperature
7%
Inorganic Phase Change Material
7%
Sodium Nitrite
7%
Organic-inorganic
7%
Organic Fluids
7%
Organic Eutectic
7%
Organic Phase Change Materials
7%
Life-cycle Model
7%
Solar Energy
7%
Systems-based
7%
Engineering
Organic Rankine Cycle
100%
Heat Storage
75%
Waste Heat Recovery System
50%
Phase Change Material
50%
Energy Storage
50%
Cooling System
50%
Cooling Requirement
50%
Thermochemical Heat Storage
50%
Energy Engineering
50%
Vapor Compression
50%
Exchanger
50%
Coupled System
50%
Solar Energy
31%
Storage Medium
25%
Fresh Air
25%
Air Requirement
25%
Solar Fraction
25%
Thermal Energy
25%
Simulation Result
25%
Air Conditioning
25%
Supplied Air
25%
Cooling Demand
25%
Integrated System
21%
Condenser
20%
Systems Performance
14%
Net Power Output
12%
System Efficiency
12%
Compression Refrigeration Cycle
7%
Exergy Efficiency
7%
Refrigeration Capacity
7%
Vapor Compression System
7%
Rankine
7%
Heat Input
7%
Rankine Cycle Thermal Efficiency
7%
Thermal Performance
7%
Thermal Efficiency
7%
Storage Tank
6%
Flat-Plate Collector
6%
Thermal Energy Storage
6%
Dynamic Performance
6%
Organic Phase
6%
Output Phase
6%
Eutectic Phase
6%
Cycle Efficiency
6%
Organic Fluid
6%
Boundary Condition
6%
Operational Condition
6%