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For Pump Runtime: if available energy is 2,400 Wh, load is 400 W and efficiency is 90%, the estimated runtime is 5.4 hours.

Enter your values

0 Wh20,000 Wh
Wh
0 W3,000 W
W
1 %100 %
%

Estimated runtime

5.4hours

How long this is expected to take, in hours.

You enter Available energy 2,400 Wh, Load 400 W, Efficiency 90%. You get Estimated runtime 5.4 hours.

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See how the result changes

Each table re-runs this calculator with one value changed and everything else left as it is.

Estimated runtime by available energy

If available energy goes from 2,400 Wh to 3,600 Wh, estimated runtime changes from 5.4 hours to 8.1 hours (+50%).

Estimated runtime for different values of Available energy
Available energyEstimated runtime
1,200 Wh2.7 hours
1,800 Wh4.05 hours
2,400 Whstart5.4 hours
3,600 Wh8.1 hours
4,800 Wh10.8 hours

Estimated runtime by load

If load goes from 400 W to 600 W, estimated runtime changes from 5.4 hours to 3.6 hours (−33%).

Estimated runtime for different values of Load
LoadEstimated runtime
200 W10.8 hours
300 W7.2 hours
400 Wstart5.4 hours
600 W3.6 hours
800 W2.7 hours

Estimated runtime by efficiency

If efficiency goes from 90% to 100%, estimated runtime changes from 5.4 hours to 6 hours (+11%).

Estimated runtime for different values of Efficiency
EfficiencyEstimated runtime
45%2.7 hours
68%4.08 hours
90%start5.4 hours
100%6 hours
ELECTRICAL & ENGINEERING GUIDE

A quick guide to Pump Runtime

Use it to get an accurate estimated runtime in seconds — free, with no sign-up.

  • Instant results

    See your estimated runtime the moment you enter your numbers.

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    The same standard formula runs on our server for every calculation.

How to Use the Pump Runtime Calculator

1

Enter Available energy

Provide your available energy, in Wh.

2

Enter Load

Provide your load, in W.

3

Enter Efficiency

Provide your efficiency, in %.

4

View Your Results

Get your estimated runtime instantly, calculated on our server.

What is Pump Runtime?

This electrical & engineering tool works out your estimated runtime instantly, so you don't have to do the math by hand.

“One quick calculation, so you always know your estimated runtime before you decide.”

What Affects Your Estimated runtime

Your estimated runtime depends on the values below.

  • Available energy

    Changing your available energy changes your estimated runtime.

  • Load

    Changing your load changes your estimated runtime.

  • Efficiency

    Changing your efficiency changes your estimated runtime. Typically between 1 and 100 %.

Example Result

Here's what you can expect from a pump runtime calculation:

Available energy
2400 Wh
Load
400 W
Efficiency
90 %
Estimated runtime
5.4 hours

Frequently Asked Questions

How does available energy affect estimated runtime?
If available energy goes from 2,400 Wh to 3,600 Wh, estimated runtime changes from 5.4 hours to 8.1 hours (+50%).
How does load affect estimated runtime?
If load goes from 400 W to 600 W, estimated runtime changes from 5.4 hours to 3.6 hours (−33%).
How to calculate pump runtime?
Fill in available energy, load and efficiency in the Pump Runtime Calculator above and your estimated runtime is calculated instantly. Change any value to see how the result responds.
What does an example pump runtime calculation look like?
For Pump Runtime: if available energy is 2,400 Wh, load is 400 W and efficiency is 90%, the estimated runtime is 5.4 hours.
Is this calculator free to use?
Yes — every calculator on this site is completely free, with no sign-up or account required.
How accurate is this calculator?
It uses the standard formula and calculates on our server for every request, so results are precise for the values you enter.
Is my data saved anywhere?
No. Nothing you enter is stored or sent anywhere unless you choose to share a link with your values included.
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Pump Runtime

Enter your values

0 Wh20,000 Wh
Wh
0 W3,000 W
W
1 %100 %
%

Estimated runtime

5.4hours

How long this is expected to take, in hours.

You enter Available energy 2,400 Wh, Load 400 W, Efficiency 90%. You get Estimated runtime 5.4 hours.

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