Compressor Power Estimator
Compressor Power Estimator
Quick estimate for idealized compression power.
Compressor Power Result
About the Compressor Power Estimator Online Free Tool
The Compressor Power Estimator Online Free Tool calculates approximate compressor shaft power and discharge temperature from inlet flow, pressure, pressure ratio, heat capacity ratio, inlet temperature, and efficiency.
How to Use the Compressor Power Estimator Online
- Enter the required inputs in the fields above using the units shown on the labels.
- Select any mode, shape, or method options so the calculation matches your scenario.
- Run the calculation and review the result summary in the output panel.
- Check the units, assumptions, and project requirements before using the result outside preliminary review.
Choosing Options Correctly
Airflow is entered in m^3/min, inlet pressure in kPa, inlet temperature in Celsius, and efficiency as a percent. Pressure ratio and heat capacity ratio must be greater than 1.
Common Use Cases
- Estimate compression power for air or gas during early sizing.
- Compare how pressure ratio or efficiency affects shaft power.
- Screen expected discharge temperature from an isentropic-style relation.
Quick FAQ
Does this model multi-stage compression?
No. It is a simplified single-stage style estimate unless the tool states otherwise.
Is actual discharge temperature exact?
No. Real temperature depends on compressor type, efficiency, cooling, leakage, and gas properties.
What affects compressor power most?
Flow rate, pressure ratio, gas properties, inlet temperature, and efficiency drive the estimate.
Can I select a compressor from this alone?
No. Selection needs vendor curves, duty cycle, cooling, controls, motor sizing, and site conditions.
Related Tools
Cooling Load Estimator
Estimate sensible cooling demand from envelope and internal gains.
Heating Load Estimator
Estimate heating load from envelope losses, ventilation, and internal gains.
Duct Velocity Calculator
Calculate air velocity from airflow and duct dimensions for rectangular or circular ducts.
Duct Friction Rate Calculator
Estimate duct friction rate using airflow, diameter, and roughness.