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2400w Portable Power Station Bulit in Micro Inverter Power Solution Balcony Solar Energy Storage System On-grid External Battery Pack Fast Charge
3 Modes Micro-inverter Mode: Max 800W on-grid output (Output power can be adjusted by an App) Full Power Generation Mode: Full power output during blackouts
PPS Mode: Used as a portable power station
Newsmy power station 2400w Portable System Solar Power Station Solar Charging Generator Energy Generator
Basic function:1200W solar input / Expansion battery 2047.5Wh / intelligent app / approx. 0 dB. Plug and play:The S2400 Pro Power Station, as a storage device for balcony solar power systems, comes with a built-in micro inverter, making it lightweight and easy to move. It truly achieves plug-and-play functionality. Intelligent monitoring:You can connect to the balcony power station system through Bluetooth or Wi-Fi using the app, enabling smart monitoring and recording capabilities.
Q1: In BGC mode, Is power always supplied from the battery? No direct connection between solar panel-generated power and grid demand?
A1: Yes, solar power is first stored in the battery and then utilized by the power station to provide electricity for household loads.
Q2: How many cycles are possible with the device? Considering the heavy daily usage of the battery as mentioned in Q1, will it be subjected to significant wear and tear?
A2: The LMFP battery in our device supports around 1800-2000 full cycles(A full cycle is counted from 0 to 100 and then from 100 to 0. ). With heavy daily usage of 2 full cycles, it can provide approximately 3 years of usage. After 2000 cycles, the battery retains about 80% of its original capacity. We also offer a LiFePo4 battery option with up to 3000 cycles.
Q3: Can users adjust the minimum capacity threshold for grid output? Currently, it stops at 5%, but can it be increased manually to 10%, 30%, or higher?
A3: Yes, in the newer version of the device, users have the option to adjust the safe battery capacity threshold in percentage through a companion app.
Q4: What occurs when the battery reaches full capacity and there is excess power generated by the panels?
A4: When the battery is full, any power generated by the solar panels below 800W will be directed to the grid via a built-in microinverter, allowing it to slow down the electricity meter.
Product Description
Q & A
Q & A
Q1: In BGC mode, Is power always supplied from the battery? No direct connection between solar panel-generated power and grid demand?
A1: Yes, solar power is first stored in the battery and then utilized by the power station to provide electricity for household loads.
Q2: How many cycles are possible with the device? Considering the heavy daily usage of the battery as mentioned in Q1, will it be subjected to significant wear and tear?
A2: The LMFP battery in our device supports around 1800-2000 full cycles(A full cycle is counted from 0 to 100 and then from 100 to 0. ). With heavy daily usage of 2 full cycles, it can provide approximately 3 years of usage. After 2000 cycles, the battery retains about 80% of its original capacity. We also offer a LiFePo4 battery option with up to 3000 cycles.
Q3: Can users adjust the minimum capacity threshold for grid output? Currently, it stops at 5%, but can it be increased manually to 10%, 30%, or higher?
A3: Yes, in the newer version of the device, users have the option to adjust the safe battery capacity threshold in percentage through a companion app.
Q4: What occurs when the battery reaches full capacity and there is excess power generated by the panels?
A4: When the battery is full, any power generated by the solar panels below 800W will be directed to the grid via a built-in microinverter, allowing it to slow down the electricity meter.
