Venuoex

NASA space apps challenge 2022 , Exploring VENUS , for this we use Solid-State LiAl-CO2 Battery

High-Level Project Summary

Use many high-temperature solid-state LiAl-CO2 batteries with superior specific energy by using a high-performance cathode, an innovative tri-layer solid-state electrolyte framework, and ambient carbon dioxide at Venus's surface as a reactant.

Link to Final Project

https://docs.google.com/presentation/d/1JqoBNkUzWuWK3Sta-rdWCh_ZyA80Y19i/edit?usp=drive_web&ouid=116499511126791814662&rtpof=true

Link to Project "Demo"

https://docs.google.com/presentation/d/1JqoBNkUzWuWK3Sta-rdWCh_ZyA80Y19i/edit?usp=drive_web&ouid=116499511126791814662&rtpof=true3

Detailed Project Description

We Use Solid-State Lil-Co2 Battery With

1- Anode: Lil Metal Anode That

Less Active

Dendrite-Free

2- Cathode: Was Prepared By Spraying ''Mwcnts-COOH'' Suspension on Carbon Paper Current Collector And Then Removing The Ethanol Solvent. ( Porous Carbon )

3- An Innovative-Layer Solid State Electrolyte Framework

And Ambient Carbon Dioxide At Venus Surface As A Reactant

Space Agency Data

NASA space agency data helped us to select our solution, HOTtech program from NASA provides high-temperature batteries that withstand venus' surface temperature and pressure, that idea inspire us to develop our storage system using solid-state Lil-CO2 to survive for 60 days

Hackathon Journey

An amazing journey, it is a simple description of our experience with NASA space apps, problem solving and thinking about the real challenges are the main benefits, we are working as a team and involved with other teams to help each other, to be free not constrained that give us unbelievable solutions, innovation is our inspiration to the choice that solution, we are interested in space and hope to explore space, finally, we want to thank NASA for giving us that chance.