
"The Off-Grid Luxury Mobile Double Office is a trailer-based unit that packs two fully independent workspaces and a sleeping area into a 26-ft (7.9-m) frame, all while running entirely on solar power. Built on a double-axle trailer, the unit spans 10 ft (3 m) wide, broader than a standard tow, which means it requires a permit for road transport."
"Inside, the layout is split into two distinct rooms, both finished in board-and-batten paneling with generous glazing and skylights that keep the interiors bright. The larger of the two workspaces is accessed through a single door and includes a desk, bookshelves, a small wood-burning stove, and a mini-split air-conditioning system. It also features a queen-sized Murphy bed that folds down from the wall."
"Power comes from eight 420-W solar panels mounted on the roof, backed by a battery system that keeps things running off-grid. There's also the option to plug into the electrical grid when needed. For connectivity, a Starlink system handles high-speed internet."
Sol Tiny has created an innovative off-grid mobile office solution that addresses remote work needs through a 26-ft trailer housing two separate workspaces and a sleeping area. Built on a double-axle frame with cedar cladding and metal roofing, the unit features two distinct work zones with board-and-batten interiors, skylights, and generous glazing. The larger workspace includes a queen Murphy bed, wood-burning stove, and mini-split air conditioning, while the smaller space offers a compact alternative with optional treadmill space. Eight 420-W solar panels with battery backup provide off-grid power, supplemented by optional grid connection and Starlink internet. The design requires transport permits due to its 10-ft width and lacks bathroom facilities, making it ideal as a supplementary workspace adjacent to existing residential properties.
#remote-work-solutions #off-grid-living #mobile-office-design #solar-power-technology #tiny-home-innovation
Read at Yanko Design - Modern Industrial Design News
Unable to calculate read time
Collection
[
|
...
]