![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhDRKptsQuHNXYUpxGXHTIPljIYJJYKxIScHQYmofY9lTg0PJ5YhIflG0l648Cx0ZEexF6juH8zJ84ZnsJqsRdRcE2Bw84DgrPnPFcr0fUrPDDtIIgSz_ovXq5J5h62ehITmikCYC9BfIUy/s1600/Tool+kit+basic+components+.jpg) |
Basic Kit Components
Description: These are basic kit components that will be used for a variety of construction and experimentation purposes. This will be an evolving set of components as the kit develops.
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![Hexayurt](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgvGu4yV6ACpPKxvlO1awF9xN3Y3sHVyKpAJKrhAt_4fHefedwwdCbTuSGxLuKZ804NPa_YJFol1CyeP9UjHQnjitYV4M-66-ehgmtV1UwW2QhKQUDlO0mDgU8fphqL4IMFhw2QuIUiPBXn/s1600/Hexayurt_Process+.jpg) |
Hexayurt |
What is a Hexayurt: A simple structure made out of pre-fabricated materials that is space and material efficient, able to withstand relatively harsh weather conditions, and maintain a consistent temperature in extreme climates.
Process: The following describes how we created the hexayurt pictured above.
1. Designed a prototype on computer
2. Laser cut pieces
3. Pasted reflective film on one side
4. Cut out pieces using an exacto-knife
5. Assembled pieces together using tape/velcro
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiQiv-KchB55-vd6H-CsEQqN18q4tQigcxLW5PBsrIWt7kR4rWUXF522rWqV99FSH_SLaALc8G3es0X2tIl_JI-hKp42JDBBXvmYibs7ZFrW4DgX7s6x2GrfMgIU_hetD8z7VhgmUnliWKp/s1600/Solar.jpg) |
Solar Components |
Solar: Solar power will potentially be used for 3 systems in the kit, described below.
1) Light- automatically turns on when it is dark outside using a control circuit through the solar cell.
2) Evaporative cooling system- solar energy powers a fan which blows moist cool air into the hexayurt.
3) (Beta) Thermal electric cooler- uses electricity to create temperature difference between two surfaces. This cooling system would work better in a humid climate but uses more energy.
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