Anker has introduced its latest portable power solution designed to bridge the gap between home backup systems and travel-ready energy storage. The Solix F3000 represents a strategic move into the competitive portable power station market, targeting both residential users seeking backup power and outdoor enthusiasts requiring reliable off-grid energy.
Core Power Specifications and Performance
The Solix F3000 centers around a 3.1kWh lithium iron phosphate (LFP) battery paired with an inverter capable of delivering up to 3,600W of 120V AC output. This configuration positions it as a mid-range solution suitable for powering essential household appliances during outages or supporting extended camping trips. The system's expandability stands out as a key feature, allowing users to add up to three additional 3.1kWh batteries for a total capacity of 12kWh.
Technical Specifications
- Battery Capacity: 3.1kWh (expandable to 12kWh with 3 additional batteries)
- AC Output: 3,600W continuous, 120V
- Solar Charging: Up to 2,400W (dual inputs: 165V and 60V)
- Weight: 91.5 pounds (41.5kg)
- Sleep Mode Power Draw: 24.4W
- Dual Unit Output: 240V/7200W (with optional hub)
Charging Versatility and Solar Integration
The power station supports multiple charging methods, with solar charging capabilities reaching up to 2,400W through dual inputs supporting 165V and 60V configurations. This dual-input design ensures compatibility with various solar panel setups already in use. Beyond solar charging, the F3000 can accept power from gas generators through an optional 120V adapter while simultaneously providing full passthrough power to connected devices.
Connectivity and Output Options
Anker has equipped the F3000 with comprehensive connectivity options including four 20A AC outlets, one 30A AC outlet, dual USB-A ports, two 100W USB-C ports, and a 12V cigarette socket. A notable addition is the 12V/30A Anderson output specifically designed for RV electrical system integration. For users requiring higher voltage output, two F3000 units can be linked through an optional hub to provide 240V/7200W output for heavy-duty appliances.
Port Configuration
- AC Outlets: 4x 20A + 1x 30A
- USB Ports: 2x USB-A + 2x 100W USB-C
- 12V Outputs: 1x cigarette socket + 1x 30A Anderson connector
- Generator Input: 120V compatibility (with optional adapter)
Portability and Design Considerations
Despite its substantial 91.5-pound weight, the F3000 incorporates wheels and handles for easier relocation. This weight places it firmly in the category of semi-portable power stations, suitable for wheeled transport but not casual carrying. The rolling design allows users to move the unit between rooms or outdoor locations without requiring multiple people for transport.
Energy Efficiency and Sleep Mode
The F3000 introduces an enhanced sleep mode that reduces idle power consumption to 24.4W when powering low-wattage devices. This efficiency improvement extends the unit's operational time significantly, with Anker claiming over five days of standby operation with the inverter active or nearly two days when powering a standard home refrigerator.
Power Consumption Context
- Typical US home usage: ~889kWh per month (~29.2kWh per day)
- Van life usage example: ~1.6kWh per day
- F3000 refrigerator runtime: Nearly 2 days continuous
- Standby operation: Over 5 days with inverter active
Market Positioning and Availability
Set to launch on June 25th at USD $2,499 for the base unit, the F3000 enters a competitive market alongside established players like EcoFlow's Delta Pro 3, Bluetti's Apex 300, and Jackery's HomePower 3000. Additional expansion batteries are priced at USD $1,499 each. Early signup discounts are available through Anker's website ahead of the official retail launch.
Pricing and Availability
- Base Unit (F3000): USD $2,499
- Expansion Battery: USD $1,499 each
- Launch Date: June 25th, 2025
- Early signup discounts available on Anker Solix website
Home Integration Capabilities
The F3000 can integrate directly with home electrical systems through optional bidirectional inlet boxes and smart meters sold separately. This integration allows the power station to function as part of a whole-home backup system while maintaining the flexibility to be relocated for portable use when needed.