❄️ Vapor Compression Refrigeration Cycle
Analyze refrigeration and heat pump cycles with COP, cooling capacity, and P-h diagram visualization.
📝 Configuration
Cycle Processes:
1→2: Compressor (work input)
2→3: Condenser (heat rejection)
3→4: Throttle valve (isenthalpic)
4→1: Evaporator (heat absorption)
COP_ref = Q_L / W_comp
COP_hp = Q_H / W_comp = COP_ref + 1
1→2: Compressor (work input)
2→3: Condenser (heat rejection)
3→4: Throttle valve (isenthalpic)
4→1: Evaporator (heat absorption)
COP_ref = Q_L / W_comp
COP_hp = Q_H / W_comp = COP_ref + 1
📊 Results & Visualization
Configure the inputs and click Calculate to see results.
ℹ️ About Refrigeration Cycles
The vapor compression cycle is the most common type of refrigeration system. It uses a refrigerant that undergoes phase changes to transfer heat.
Common Refrigerants:
• R-134a: Most common for automotive and residential
• R-410A: Residential air conditioning
• R-717 (NH₃): Industrial refrigeration
• R-22: Being phased out (ozone depletion)
The vapor compression cycle is the most common type of refrigeration system. It uses a refrigerant that undergoes phase changes to transfer heat.
Common Refrigerants:
• R-134a: Most common for automotive and residential
• R-410A: Residential air conditioning
• R-717 (NH₃): Industrial refrigeration
• R-22: Being phased out (ozone depletion)