EF ECOFLOW DELTA 2 Portable Power Station (Expandable 1–3kWh)

Brand: EF ECOFLOW
Model: DELTA 2
Battery Capacity: 1024Wh (Expandable up to 3kWh)
Voltage: 120V
Color: Black
Special Features: Fast AC Charging, Expandable Capacity, High Power Output, Plug-and-Play Home Backup

Key Benefits:

• Ultra-fast charging technology powers 0–80% in just 50 minutes and full charge in about 80 minutes via AC input
• Ideal emergency backup solution with rapid recharge for home and outdoor use
• Expandable capacity from 1kWh to 3kWh with additional batteries for extended runtime
• Powerful 1800W output supports up to 90% of household appliances and essential electronics
• Delivers performance comparable to outdoor generators without noise, fuel, or emissions
• Equipped with 15 output ports for simultaneous device charging and appliance use
• Supports up to 500W solar input for eco-friendly off-grid charging
• Compatible with camping, RV travel, and sustainable off-grid living setups
• Long-lasting LiFePO4 battery chemistry with 3000+ charge cycles for up to 6 years or more of daily use
• Advanced Battery Management System ensures safe and stable operation
• Plug-and-play design allows simple setup for home backup power
• Quiet operation suitable for indoor and outdoor environments
• Smart energy regulation improves efficiency and battery lifespan

Why Choose EcoFlow DELTA 2?

The EcoFlow DELTA 2 is a high-performance portable power station designed for fast charging, reliable backup power, and long-term durability. With expandable capacity, powerful output, and ultra-fast recharge times, it is ideal for both emergency preparedness and everyday portable energy needs.

Perfect For:

• Home Backup Power
• Camping & RV Trips
• Off-Grid Living
• Emergency Power Supply
• Outdoor Work & Travel
• Solar Energy Systems

Package Includes:

• EcoFlow DELTA 2 Portable Power Station
• AC Charging Cable
• User Manual
• 5-Year Warranty Support

Experience next-generation portable power with the EcoFlow DELTA 2—fast, reliable, and built for modern energy independence.