vetiervibes
Course:
Circular design
Field:
Product design
Year:
2024
problem statement
Current semi-indoor and outdoor mist sprinkling cooling systems are not centric and disrupt daily activities.
Key challenges
Disrupts users by wetting people, electronics, and food
Raises concerns about water hygiene and cleanliness
Requires frequent manual maintenance to manage excess water
Wastes water due to inefficient and excessive use
solution overview
We reimagine semi-indoor and outdoor cooling with a human-centric system that combines the natural cooling properties of khus (vetiver) with an automated water flow mechanism. The design eliminates the inefficiencies of sprinklers while delivering sustainable, hygienic, and disruption-free comfort.
khus panels
With automated water flow mechanism
Methods of Installing
HANGING
ROOF INSTALLTED
PARTITION
Different installation methods can be used depending on the context, such as
Pathways, Gazebos, Balconies, and Cafes
Benefits
Efficient Cooling
Reduces heat while conserving water and labor.
Better User Experience
Natural fragrance, aesthetic appeal, and no disruption.
Low Maintenance
Automated system with minimal upkeep.
Scalable Design
Flexible and adaptable to diverse spaces.
How does it work?
An automated water timer ensures timely watering of the khus panel while preventing excess dripping
Product components and material
Divvoo water timer
Custom pvc pipe
Joining component
Upholstery bottom
Khus
Cotton fabric
proof of concept
With automated water flow mechanism
Panels can be designed to suit the aesthetics of specific spaces
HANGING FIXTURE
Cool the path you walk on
Efficient Cooling
Reduces heat while conserving water and labor.
ROOF FIXTURE
Gives shade while cooling the space
PARTITION
Cools the space while creating a sense of privacy
