The 'Watervilla' is a Luxurious Floating Home Built to Buffer Heavy Rain
Christopher Magsambol — October 28, 2015 — Eco
References: plus31architects & archdaily
The 'Watervilla' is a luxurious floating home built in the Netherlands on a shallow dock. Most of the country is below sea level and during times of heavy rain, it is common for flooding to occur. Rather than building a house that would be susceptible to flooding, architects designed the Watervilla to float on water, eliminating the chance of damage. Not only is this luxury abode stunning to look at, it also functions as a buffer for rainwater, which helps decrease possible flooding.
The Watervilla was based on an earlier floating house made by the same architects, but more technology and a contemporary design sets this new one apart. The glass facade of the Watervilla provides homeowners with unobstructed views of the water, which they can observe from the home's modern furnishings.
The Watervilla was based on an earlier floating house made by the same architects, but more technology and a contemporary design sets this new one apart. The glass facade of the Watervilla provides homeowners with unobstructed views of the water, which they can observe from the home's modern furnishings.
Trend Themes
1. Floating Homes - Opportunity to develop and market luxurious floating homes as a solution to potential flooding problems.
2. Rainwater Buffering - Innovation opportunities to create homes and buildings that can effectively buffer rainwater to prevent flooding.
3. Sustainable Architecture - Demand for sustainable architecture solutions, such as floating homes, to combat the effects of climate change.
Industry Implications
1. Real Estate Development - Disruptive innovation opportunities for developers to create and sell floating homes in flood-prone areas.
2. Architecture and Design - Opportunities for architects and designers to develop innovative solutions for rainwater buffering and sustainable architecture.
3. Flood Resilience Technology - Demand for technological advancements in flood-resilient infrastructure and building materials.
4.1
Score
Popularity
Activity
Freshness
