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BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking
BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking

BLUETTI Handsfree1 300W Portable Power Station+Backpack Drone Battery for Hiking

$ 197.34

  • AC Charging: 45 mins(80%) / 1.5H（100%）
  • Application: Agriculture/Farming, Back-up Power, Camping/Hiking, Home/Garden, Live Stream
  • Brand: BLUETTI
  • Capacity: 268.8Wh
  • Car Charging: 3.2Hours (12V) / 1.8Hours (24V)
  • Charging Mode: MPPT (Maximum Power Point Tracking)
  • Color: Gray
  • Features: Portable
  • Item Length: 286.5mm(11.3in)
  • MPN: Handsfree1+backpack1
  • Model: Handsfree1+backpack1
  • Power: 201-300 W
  • Shelf-life: Recharge to 80% Every 3-6 Months
  • Size: 286.5mm×95mm×280mm / 11.3in × 3.7in × 11in
  • Solar Charging: 1.5 Hours (200W)
  • Solar Technology: Monocrystalline
  • Type: Battery+Backpack
  • Warranty: 5 years
  • Weight: About 5kg / 11lbs

Description

[All-in-One Solar Backpack Power Station] - The all-in-one backpack power system includes a 268.8Wh power station, a 42L backpack and a 120W solar panel, enabling you to replenish this backpack power station from 0-80% in 1.8 hrs. [Best Companion for Photographers] - Handsfree 1 offers a 300W AC output, 2 Type-C, and 2 USB-A to charge 5 devices at once, plus a dedicated storage area for easy organization of your photography gear. [High Cell Efficiency] - Built with monocrystalline solar cells, BLUETTI 120W solar panel can convert up to 23.4% of sunlight into usable electricity, giving you solar energy even in bad weather. [Rugged Outdoor Backpack] - Built for outdoor adventures with IPX4 water resistance, 180° opening, 66 lbs load capacity, MOLLE system, and ErgoBLUE support system to ensure comfort and durability. [What You Get] - BLUETTI Handsfree 1 power station, 42L Bluepack 1, 120W solar panel, AC charging cable, solar charging cable, grounding screw, and user manual. PREVIEW IN THE BOX FAQs Q1: How many devices can the Handsfree 1 power, and for how long? A1: Handsfree 1 can charge 5 devices simultaneously. For Devices ＞50W Operation time = Battery Capacity (Wh) x DoD (90%) x η (90%) ÷ Load Power For Devices ＜ 50W Operation time = Battery Capacity (Wh) x 0.9 ÷ (Load Power + HF1 Self-consumption: 9W) Q2: What is the weight and load capacity of the Handsfree 1? A2: The Handsfree 1 consists of a 9.5 lbs power station and a 5.2 lbs backpack, for a total weight of 14.7 lbs. The backpack can support a maximum load of 66 lbs. Q3: Does Handsfree 1 support solar charging? What kind of solar panels are suitable? A3: Yes. Make sure your solar panels: 1. Features MC4 interface. 2. Voltage range falls within Handsfree 1’s open circuit voltage (OCV) of 12-28V. Recommended: 1 × BLUETTI 60W / 120W portable solar panel. Q4: Is the BLUETTI Handsfree 1 water-resistant? A4: Yes, Handsfree 1 backpack uses durable Oxford fabric to resist splashes (IPX4). The Handsfree 1 consists of a 9.5 lbs power station and a 5.2 lbs backpack, for a total weight of 14.7 lbs. The backpack can support a maximum load of 66 lbs. Handsfree 1 can charge 5 devices simultaneously. For Devices ＞50W Operation time = Battery Capacity (Wh) x DoD (90%) x η (90%) ÷ Load Power For Devices ＜ 50W Operation time = Battery Capacity (Wh) x 0.9 ÷ (Load Power +