Anker Solix F3000 Portable Battery Power Station 3072Wh / 3600W With PS400 Bifacial Portable Solar Panel 400W

Anker Solix F3000

The Longest-Lasting Essential Home Backup

A battery generator that keeps all your essential applicances powered for days during any blackout - so your family can live life as usual.

• Pass-Through Charging: Simultaneously fast charge and power devices at 3,600W full speed without shutting down.
• Low Power Consumption: Ultra-low idle draw, supporting up to 5 days of AC standby or 2 days of cooling an 8 cu.ft fridge.
• Dual Solar Charging: Supports up to 2,400W (60V & 165V) solar input, fully charging in under 2 hours with optimal sunlight.
• Versatile Scalability: Powers 120V essentials; or pair two units for 240V high-demand appliances (plug-and-play, no electrician needed).
• Flexible Capacity: Single unit powers lighting and fridge for a day, expandable to 24kWh for over a week.
• Hyper-Fast Recharging: Combines fuel generator and solar for even faster recharging at 6,000W (requires expansion battery).
• Smart Energy Optimization: Stores free solar or off-peak power with the optional Power Saver Kit (sold separately).

Anker Solix PS400 Bifacial Portable Solar Panel

• Lightweight Design, Foldable Convenience: Now 10% lighter than the previous version—just 10 kg including the stand. Over 50% lighter than typical 400W panels, making it easier than ever to carry and set up.
• 10-Year Lifespan, 5-Year Warranty, and IP68 Waterproof: Built to last with a reinforced aluminium frame and impact-resistant materials. Rated IP68 for water and dust resistance—your panels stay protected in rain, mud, and beyond.
• Up to 10% More Power with Dual-Sided Output: Harnesses sunlight from both the front and rear surfaces to maximise energy in reflective or open areas such as snow, sand, or concrete.
• 25%+ Conversion Efficiency with Next-Gen Solar Cells: Engineered with advanced N-type solar cells that minimise energy loss while performing in high temperatures—delivering more power, faster, even in demanding conditions.