How long will a 1000Wh power station run a Blender?

A 1000Wh power station runs a blender for roughly 5.3 h in real use, because compressor-based appliances only run about 40% of the time. At a continuous 400W draw it would be about 2.1 h.

How long will a 2000Wh power station run a Blender?

A 2000Wh power station runs a blender for roughly 11 h in real use, because compressor-based appliances only run about 40% of the time. At a continuous 400W draw it would be about 4.3 h.

How is Blender runtime calculated?

Runtime = usable battery energy ÷ power draw. Usable energy is about 85% of the rated capacity after depth-of-discharge and inverter losses. A Blender draws about 400W, but as a compressor load it only runs ~40% of the time, so real-world runtime is longer than the continuous figure.

How long will a portable power station run a Blender?

A Blender draws about 400W. As a compressor-based appliance it typically runs only about 40% of the time, so its real average draw is closer to 160W. The table below shows both the continuous figure and the more realistic duty-cycle runtime.

Power Station	Continuous	Real (~40% duty)
300 Wh	0.6 h	1.6 h
500 Wh	1.1 h	2.7 h
1,000 Wh	2.1 h	5.3 h
1,500 Wh	3.2 h	8.0 h
2,000 Wh	4.3 h	11 h
3,000 Wh	6.4 h	16 h
5,000 Wh	11 h	1.1 days

Estimates use ~85% usable capacity (depth of discharge + inverter losses). Actual runtime varies with temperature, load variation, and device efficiency.

Power stations that fit a Blender

CTECHi GT3000

3,072Wh · 3,000W AC · $1,499

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OUKITEL P5000

5,120Wh · 3,600W AC · $2,499

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Fossibot F3600

3,840Wh · 3,600W AC · $1,899

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