Language and regionEnglish · NigeriaNG
Quick-reference table

One load.
19 battery capacities.

Every cell uses rated capacity × 80% ÷ average load. It is a consistent planning comparison, not a measured runtime claim.

Linked profiles describe the cited source-region models. Comparing capacity does not establish Nigerian AC specifications, local availability or connection compatibility.

Calculate your exact load →
80% usable-energy comparison

Estimated hours by average load

Check starting power separately. A runtime cell does not prove that a motor or appliance can start.

Choose an average load across the top, then read the hours for each model. On a small screen, scroll the table sideways.

Estimated hours at 80% usable energy — 19 stations
Power station10 Wsmall electronics25 Wsmall electronics50 Wmobile / work100 Wmobile / work200 Wmedium load500 Wmedium load1000 Whigh load
BLUETTIAC70768 Wh61.4hours24.6hours12.3hours6.1hours3.1hours1.2hours0.6hours
BLUETTIAC1801,152 Wh92.2hours36.9hours18.4hours9.2hours4.6hours1.8hours0.9hours
EcoFlowDELTA 21,024 Wh81.9hours32.8hours16.4hours8.2hours4.1hours1.6hours0.8hours
EcoFlowDELTA 3 Plus1,024 Wh81.9hours32.8hours16.4hours8.2hours4.1hours1.6hours0.8hours
DJIPower 10001,024 Wh81.9hours32.8hours16.4hours8.2hours4.1hours1.6hours0.8hours
Anker SOLIXC10001,056 Wh84.5hours33.8hours16.9hours8.4hours4.2hours1.7hours0.8hours
Anker SOLIXC1000 Gen 21,024 Wh81.9hours32.8hours16.4hours8.2hours4.1hours1.6hours0.8hours
JackeryExplorer 1000 v21,070 Wh85.6hours34.2hours17.1hours8.6hours4.3hours1.7hours0.9hours
Anker SOLIXC800768 Wh61.4hours24.6hours12.3hours6.1hours3.1hours1.2hours0.6hours
EcoFlowRIVER 3 Max Plus858 Wh68.6hours27.5hours13.7hours6.9hours3.4hours1.4hours0.7hours
BLUETTIElite 100 V21,024 Wh81.9hours32.8hours16.4hours8.2hours4.1hours1.6hours0.8hours
JackeryExplorer 2000 v22,042 Wh163.4hours65.3hours32.7hours16.3hours8.2hours3.3hours1.6hours
EcoFlowDELTA 2 Max2,048 Wh163.8hours65.5hours32.8hours16.4hours8.2hours3.3hours1.6hours
BLUETTIAC200L2,048 Wh163.8hours65.5hours32.8hours16.4hours8.2hours3.3hours1.6hours
JackeryExplorer 2000 Plus2,042.8 Wh163.4hours65.4hours32.7hours16.3hours8.2hours3.3hours1.6hours
Anker SOLIXF30003,072 Wh245.8hours98.3hours49.2hours24.6hours12.3hours4.9hours2.5hours
Anker SOLIXF38003,840 Wh307.2hours122.9hours61.4hours30.7hours15.4hours6.1hours3.1hours
JackeryExplorer 3000 v23,072 Wh245.8hours98.3hours49.2hours24.6hours12.3hours4.9hours2.5hours
EcoFlowDELTA Pro 34,096 Wh327.7hours131.1hours65.5hours32.8hours16.4hours6.6hours3.3hours

Values round to one decimal. At very low draw, unbudgeted inverter or station overhead can shorten runtime substantially. Battery condition, temperature, power-saving behaviour and load variation also change real results.

How to use the chart

Bracket the load before trusting one number.

Example 01

50W load on 1,024Wh

1,024Wh × 80% ÷ 50W = about 16.4 hours. Add measured idle overhead to the load for a stronger estimate.

Example 02

500W load on 1,024Wh

The same battery calculates to about 1.6 hours. High-load conversion behaviour and battery temperature can move the result.

Example 03

A 1,000W appliance

Smaller batteries calculate to less than an hour. Continuous output and starting demand remain separate checks.

A cold or older battery can supply less energy.

Cold and battery ageing

The estimate uses the battery data and calculation assumptions shown with this result. That is not a measurement of the battery’s current condition. Cold and battery ageing are not calculated separately.

Cold is not the same as wear. Cold can temporarily limit the available energy and the power that can be delivered. Ageing can permanently reduce the storage capacity, even when the screen shows ‘100% charged’.

Follow the temperature limits for charging and using from the manual of your model. Check important applications with your own setup.

More about our battery assumptions
Privacy