1. Enter values
Use consistent units and the requested inputs.
Thermal and Flow Analysis - Ventilation Heat Geri Kazanimi Hydraulic Power Calculator
Country-neutral calculator for Thermal and Flow Analysis - Ventilation Heat Geri Kazanimi Hydraulic Power.
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Instant resultResults and useful breakdowns appear immediately.
Clear contextNotes explain how to interpret the estimate.
kg/m³
m³/s
m
Estimated result
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Guide
How to use this calculator
2. Review the result
Use the main result and breakdowns as a planning estimate.
3. Check context
For regulated topics, verify current local rules before acting.
Reviewed calculation details
Thermal and Flow Analysis - Ventilation Heat Geri Kazanimi Hydraulic Power Calculator: method and worked example
What the calculation does
Hydraulic power (kW)=density(kg/m³)*g(9.80665 m/s²)*flow(m³/s)*head(m)/1000; ideal fluid power, excludes pump efficiency.
Example using the prefilled values
rho=1000 kg/m³; flow=0.01 m³/s; head=20 m
How to interpret the result
Use engineering units shown in the inputs and output.
Assumptions and limitations
Ideal steady conditions, uniform fluid density and specific heat where applicable. Hydraulic power excludes pump and drive inefficiency. Mixing temperature presumes equal specific heat and no loss.
Input
Inputs used by this calculator
Review the values and units used by this calculator before calculating.
Densitykg/m³Flow Ratem³/sBasma yuksekligim