Off-Grid Mobile Homes
Living Vehicle's Design Can Turn Humidity into Water
A new off-grid mobile home was debuted by California company Living Vehicle. The concept is titled Travel Trailer and will be officially released in 2023. The design prioritizes sustainability and independence. Living Vehicle equipped the roof of the off-grid mobile home with solar panels so that the compact dwelling can generate its own electricity. This feature can generate between 1.4 and 3.4-kilowatt hours of power per day. There are, of course, backup solutions for persistent lack of sunlight. Additionally, the Living Vehicle collaborated with Watergen, harnessing the brand's technology that can turn humidity in the air into drinking water. Watergen's innovative atmospheric water generators "can supply the mobile home with up to five gallons of drinking water per day."
Trend Themes
1. Off-grid Mobile Homes - Off-grid mobile homes can be a disruptive innovation opportunity in the housing industry by providing sustainable and independent living options for consumers.
2. Solar-powered Compact Dwellings - Solar-powered compact dwellings can be a disruptive innovation opportunity by providing an energy-efficient and sustainable housing option for consumers looking to reduce their carbon footprint.
3. Atmospheric Water Generators - Atmospheric water generators can be a disruptive innovation opportunity in the water industry by providing a sustainable and independent source of drinking water for consumers, especially those living in remote or arid areas.
Industry Implications
1. Housing - The housing industry can benefit from off-grid mobile homes as a disruptive innovation opportunity that addresses consumers' growing concern for sustainability and independence.
2. Renewable Energy - Renewable energy companies can benefit from the solar-powered compact dwellings trend as a disruptive innovation opportunity that addresses consumers' growing demand for energy-efficient and sustainable housing options.
3. Water - The water industry can benefit from atmospheric water generators as a disruptive innovation opportunity that addresses consumers' growing concern for access to clean drinking water, especially in areas with limited resources or infrastructure.