Description
PECRON E1500LFP V3 Portable Power Station and Solar Kits
Start with the base station. Select the exact kit.
The E1500LFP V3 base unit combines 1536Wh of LiFePO4 storage with a 2200W pure-sine-wave inverter; panel and expansion-battery contents vary by selection.
Choose the station around the devices and connections you actually need. Stored energy, output limits and the selected package each answer a different part of that decision.
Build the setup around these details.
Base-unit battery capacity: 1536Wh Capacity is the stored-energy budget. The connected load and system losses determine how that energy is used.
Inverter: 2200W pure sine wave; 4400W surge Check the connected equipment against the rated output and any separate surge or waveform requirements.
Solar charging input: up to 1000W Match the charging source to every listed input limit, including voltage and current where specified.
Confirm the selected configuration before ordering.
The product choices on this page change the selected configuration. Check the current selection, package contents and price before adding it to the cart. Base-station specifications do not mean that every panel or expansion accessory shown in another configuration is included.
Specifications and selected configuration
- Base-unit battery capacity: 1536Wh
- Battery chemistry: LiFePO4
- Inverter: 2200W pure sine wave; 4400W surge
- Solar charging input: up to 1000W
- AC charging input: 1400W
- DC output: 12V, 30A
- USB-C PD output: up to 100W
- Wireless charging output: 15W
The base-unit package includes an AC charging cable, MC4-to-XT60 solar charging cable, accessory pouch and user instructions. Expansion batteries and panels are included only in the configurations that name them.
Before you choose
How should I compare capacity and output?
Capacity describes stored energy. The rated output and connection limits determine which loads can be connected; any surge figure is a separate short-term specification.
Can I assume a fixed runtime?
No. Runtime depends on the connected load, operating pattern, conditions and conversion losses.
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