HEAT PUMP

"Heat pumps move thermal energy from a cooler space to a warmer space using refrigeration principles, providing both heating and cooling depending on the direction of operation."

SELECT SCENARIO:

System Controls

Reversing Valve
Compressor Speed ?
75%
Indoor Fan Speed ?
60%
Outdoor Fan Speed ?
80%
Simulation Control

System Operation

Winter Heating Mode: Your heat pump is configured to extract heat from the cold outdoor air and deliver it inside your building.

The compressor is running at 75% speed, circulating refrigerant through the system. Even at freezing temperatures, there's still heat energy in outdoor air that can be captured and concentrated.

Current Performance: The system is moving 3.2 times more heat energy than the electricity it consumes - this is the magic of heat pump technology!

Performance Metrics

Coefficient of Performance (COP) ? 3.2
Heat Transfer Rate ? 12,500 BTU/hr
Power Consumption ? 3,900 W
Indoor Temperature ? 68°F
Outdoor Temperature ? 25°F
System Status HEATING EFFICIENTLY

Why Heat Pumps Are Efficient

Unlike electric resistance heating that converts 1 kW of electricity into 1 kW of heat (100% efficiency), your heat pump is moving existing heat rather than creating it.

Right now it's extracting 12.5 kW worth of heat from the outdoor air using only 3.9 kW of electricity to run the compressor and fans.

Even at 25°F outside, air molecules still contain thermal energy. The refrigeration cycle concentrates this energy and delivers it at a higher temperature indoors.

HEATING
OUTDOOR 25°F OUTDOOR COIL COMP 75% RV ACC INDOOR 68°F INDOOR COIL LR LR TXV TXV CV CV T1/P1 T2 T6/P2 FLOW FLOW Outdoor Fan: 80% Indoor Fan: 60% HEAT FLOW: Heat to Indoor Space Heat from Outdoor Air SENSORS: Temp/Pressure Expansion Valve
Environmental Conditions
Indoor Target
68°F
Outdoor Actual
25°F
Indoor Temperature Over Time
Indoor Temp
Outdoor Temp
Target Temp
Refrigeration Cycle Data

High Pressure Side

Discharge Pressure 0 psig
Discharge Temp 0°F
Before Expansion 0°F
After Expansion 0°F

Low Pressure Side

Suction Pressure 0 psig
Suction Temp 0°F
Evap Inlet 0°F
Evap Outlet 0°F
System Efficiency
0
COP
0kW
POWER
0kW
HEAT
Pressure-Enthalpy Diagram