Growatt INFINITY 1300 Portable Power Station - 1382Wh LiFePO4 Battery, 1800W AC Output, Solar Generator for Camping, RV, Home Backup & Outdoor Adventures

• 1382Wh Capacity & 1800W Output
• LiFePO4 Battery with 3,000+ Life Cycles to 80%
• Fully charged in 1.8 hours
• Up to 14 Versatile Outlets
• Reliable 24/7 EPS
• Easy & Remote Control via App
• 5-Year Warranty

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What is a LiFePO4 power station?

It refers to the portable power station whose built-in battery adopts lithium iron phosphate battery, which has a longer service life, better durability and safety compared with other lithium-ion batteries.

Does Growatt INFINITY 1300 use LiFePO4?

Yes, Growatt INFINITY 1300 and VITA 550 both use LiFePO4 battery technology, aiming to create more cost-effective products for users.

What kind of solar panels should I choose for Growatt INFINITY 1300?

PV input requirements for Growatt INFINITY 1300:
Open Circuit Voltage: 12-100V
Input Power: 800W Max.

Highly Recommended:
3x 100W Solar panels:≈6hrs.
1x 200W Solar Panel: ≈8hrs.
2x 200W Solar Panels:≈5hrs.
3x 200W Solar Panels:≈3hrs.
4x 200W Solar Panels:≈2.5hrs.
*For reference ONLY.

Can I use Growatt INFINITY 1300 as a UPS?

The Growatt INFINITY 1300 supports the UPS function, but it cannot be used as a UPS. The UPS function of Growatt portable power series supports switching within 20ms. In order to avoid your losses, please test with your loads before using this function.

Can I control INFINITY 1300 remotely?

Yes. You can control INFINITY 1300 power station using your phone. Just link to it in the MyGro app to control it from afar.

Can INFINITY 1300 charge and discharge at the same time?

Yes, INFINITY 1300 supports this function.

How long can INFINITY 1300 run my device?

Running time = Battery capacity × η × DoD / Equipment power rating

"DoD" refers to the depth of discharge and "η" is the local inverter efficiency.
For the INFINITY 1300, both DoD and η are almost 90%.
As an example, if you use it to run a 500W heater, the run time will be: 1382Wh x 90% x 90% ÷ 500W ≈ 2.2hrs

Note:
1) The formula is not suitable for inductive loads with compressors, such as refrigerators, air conditioners, etc.
2) The above data is for reference only.