The SOOT Electropack is the ideal bag for backpackers and dingy hostel dwellers alike, some of whom may never have access to a steady power supply for weeks on end.
The greatest perk of the bag comes in the form of a 10,000 mAh battery, which effectively translates to about a week or two of self-sufficient power for any electronic device that can be connected by a USB cable. The SOOT Electropack, made from premium ballistic nylon and ultra-high grade marine vinyl, comes in three different sizes for different occasions -- the Mini Messenger, the Commuter, and the Carry-On.
The Mini Messenger is a 10-liter pack that is able to connect to two devices -- such as a tablet and a phone -- which the 24-liter Commuter pack can likewise do. When combined, the 34-liter Carry-On can charge up to four devices. The Mini Messenger comes with an integrated protective iPad sleeve, while the Commuter comes with a protective laptop sleeve. For the isolated travelers, these bags will give backpacking a different meaning to staying connected.
Battery-Charging Bags
The SOOT Electropack Can Charge Electronics for up to Two Weeks
Trend Themes
1. Battery-charging Bags - The trend of creating bags with built-in battery chargers for mobile devices provides convenience for people who are frequently on the go.
2. Self-sufficient Power Sources - The trend towards making self-sufficient power sources for electronic devices is enabling users to stay connected even in remote locations.
3. Multi-functional Backpacks - The trend of designing backpacks that can perform multiple functions, such as charging electronic devices, provides a convenient solution for travelers.
Industry Implications
1. Outdoor/hiking and Backpacking Industry - The outdoor industry can incorporate battery-charging capabilities into products such as hiking and camping gear for outdoor enthusiasts.
2. Travel/tourism Industry - Hotels and tourism companies can offer battery-charging bags as an innovative amenity for their guests.
3. Technology Industry - The technology industry can continue to improve self-sufficient power sources for electronic devices, making them more efficient and sustainable.