High-Level Project Summary
Our project is characterized by using a battery that lasts 60 days, we chose supercapacitors because today it generates more energy than a normal battery and does not pollute.
Link to Final Project
Detailed Project Description
This project was dedicated to the problems of the environment on the planet venus and how we can meet the challenges
With the proposed challenge we devised a way to generate enough energy to keep our rover fed for at least 60 days using plates with the same functioning as Peltier plates and in this way we can generate energy with the heat of the environment that the rover has. planet venus, in addition, the way to store energy in case of emergency was devised using supercapacitors where these are recharged very quickly
In addition, the way to protect the components to the extreme environment was devised, using porcelain to protect our supercapacitors due to its great amount of temperature protection and using vitrified steel due to its resistance to corrosion and its mechanical resistance.
Space Agency Data
All the info used was from NASA
Hackathon Journey
We learned many things such as the missions that were carried out to try to obtain the necessary information and how the planet's environment behaved
It was a very good experience and we learned about many materials with properties to protect
References
file:///C:/Users/limon/OneDrive/Escritorio/niac_2016_phasei_saunder_aree_tagged.pdf
https://solarsystem.nasa.gov/planets/venus/overview/
Tags
#Hardware,#art,#Venus,#Rover