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EcoFlow 400W Portable
EcoFlow ↗
EcoFlow

400W Portable

Large portable stations with a solar input that can accept its higher voltage and current.

Rated power
400W
Working voltage
41 V
Connector
MC4

41V Vmp · 48V Voc · Portable panel

Good to know

One panel can already approach or exceed the voltage limit of smaller stations; extra rows can exceed current limits.

Does this panel fit my power station?Check connectors and limits.ViewClose
BEST FIT

Electrical reference

Series multiplies voltage. Parallel multiplies current. The Solar Lab applies both before checking a station.

Specifications and sourcesPower, voltage and the manufacturer data.ViewClose
Electrical reference

One panel at standard test conditions.

Series multiplies voltage. Parallel multiplies current. The Solar Lab applies both before checking a station.

Explain Vmp, Voc, Imp and Isc →
Rated power
400 W
Vmp · working voltage
41 V
Voc · open-circuit voltage
48 V
Imp · working current
9.8 A
Isc · short-circuit current
11 A
Connector
MC4
Format / model
Portable panel
Voc temperature coefficient
-0.33%/°C
Evidence checked 2026-08-22

Use the exact label and official source.

Names can survive a revision, so compare every value with the physical product or local manual.

We filled in the electrical limits from EcoFlow’s official manual for this exact 400W portable model.

Open the official manufacturer source ↗
Questions and other panelsMore explanation and comparable models.ViewClose
Solar panel questions

The main answers before you connect.

Does the EcoFlow 400W Portable fit every power station?

No. Beyond 400W, the working voltage, the highest voltage in the cold, the current, the connector and the polarity all have to stay inside the station limits.

What is the difference between working voltage and open-circuit voltage?

Under load the working voltage is 41V. With no load connected the panel can reach 48V, and in cold weather that can rise further.

Can I connect several of these panels?

That depends on the wiring. In series the voltage adds up; in parallel the current adds up. Test the complete array in the Solar Lab.

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