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PORTABLE CLIMATE DOME
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Risk :
EXTREME HEAT
Type :
Shelter
Possibility :
Possible
Scale :
Individual
What does it do?
Creates a controlled microclimate around the user, providing an adaptable shelter in extreme heat conditions.
Type :
How does it work?
Functions by creating a controlled microclimate through an advanced climate control system. Air is drawn into the dome through intake vents and passed over thermoelectric cooling elements, which use the Peltier effect to cool the air efficiently without moving parts or refrigerants. The cooled air is then circulated throughout the dome using a low-energy fan system. Integrated humidity control uses desiccant materials and active humidity regulation to ensure the air remains comfortable and breathable, preventing excess moisture buildup that could lead to discomfort or mould growth.
The flexible support structure allows the dome to be easily deployed and stabilised, while the weather-resistant outer shell protects against external elements. Reflective coatings on the shell help maintain a stable internal temperature by reflecting UV rays and insulating the dome.
Solar panels integrated into the shell power the climate control system, making the dome self-sufficient and reducing reliance on external power sources. Ventilation ports ensure a continuous flow of fresh air, while storage compartments provide convenient spaces for personal belongings.
Benefits
There are several benefits for those needing a reliable and comfortable personal space in extreme heat. It provides a controlled environment that can protect against high temperatures and intense sunlight, reducing reliance on external conditions. By creating a microclimate, it can ensure that users remain cool even in the most challenging heat.
The dome's portable and deployable design makes it easy to set up and transport, making it ideal for a variety of scenarios, from temporary shelters to everyday use in high temperatures. The advanced climate control system ensures a cool and comfortable environment, helping to prevent heat-related illnesses and improve overall well-being.
Additionally, the ability to create a personal microclimate reduces the need for heavy cooling equipment or additional shelter, lightening the load and improving convenience for users when outdoors.
Materials & design
The dome is crafted from lightweight, durable materials such as high-strength nylon or polyester to ensure longevity and ease of transport. The key components include the climate control system, flexible support structure, and protective outer shell.
The climate control system uses advanced thermoelectric cooling elements, along with integrated humidity control, inspired by natural processes like termite mounds for passive cooling. The flexible support structure is made from lightweight, collapsible materials such as aluminium or fibreglass rods, allowing for easy deployment and stability in various terrains.
The outer shell is constructed from weather-resistant and insulating materials, including reflective coatings to protect against UV rays and maintain internal temperature. The interior lining includes breathable, moisture-wicking fabrics to enhance comfort and air quality.
Additional features:
Solar panels integrated into the outer shell to power the climate control system, ensuring a reliable and sustainable energy source.
Ventilation ports with insect screens to maintain airflow while keeping bugs out.
Storage compartments for personal items, integrated into the dome’s design to maximise space efficiency.