High-Level Project Summary
in our project we use a verla battery that can last for more than 60 days and we use the pietlier that can cool the battery when it is used for a lot and we use the super wool blanket fiber that bears more than 460 cilecius and pzt ceramic that can bear more than 93 bar and we make a shape of cylinder and 2 circles and we use the pipe that regulate the pressure output and input and we use the wind turbine to get electricity . n
Link to Final Project
Link to Project "Demo"
Detailed Project Description
Our solution is to make a rechargeable battery(Vrla) which can survive Venus rough conditions and be able to produce its own power by taking advantage of the planet's rough conditions, for example we took advantage of wind power and speed by using a wind turbine and a dynamo to produce energy from the wind, our solution is also Venus proof, because the battery is put inside of a two layer box, first layer is which in return gave the battery its suitable conditions to function properly, which in return allows the battery to outlive the targeted 60 days the first layer is PZT ceramic who can withstand the pressures up to 2500bar and the layer of super wool plus fiber blanket who can bear 1200 Celicius and we use the peltier to cool the battery when it is hot and that will save its life cycle.
It have benefits as it was safe and don’t be hot and its cost is low compared to that used in real and it generate electricity from the wind, we add the IR sensor that will regulate the usage of peltier when the battery approach a high temperature, we use the regulator when the battery is filled by 10 percentage, the shape of the project is contains a cylinder and 2 half sphere as it is responsible for distributing the pressure on all prototype.
We use the IR sensor which will help in knowing the temperature of the battery and controlling the turn on and off of the peltier and we add the pipe that regulate the pressure in the project and balance between the out pressure, and at the end of pipe there is a device make pressure not to let in.
We benefited from Nasa’s space rover missions to consider cooling the batteries and to know what types of batteries to look for .
Space Agency Data
We benefited from Nasa’s space rover missions to consider cooling the batteries and to know what types of batteries to look for .
Hackathon Journey
We get benefit from the hackthon journey as we get some experience from other people and know some mistakes in our project.
References
References and sites:
1- AP physics
2- (https://www.googleadservices.com/pagead/aclk?sa=L&ai=DChcSEwiQp5DB_7z6AhUCzncKHSePDR8YABABGgJlZg&ohost=www.google.com&cid=CAESaeD2bw9Yal2woF80GS77p6hQ8ZHo2dGPjMUXznBQ_h80q3mmyUuW9yl80pPyjjTCWeGWP1uFKFkIPZjby9LuVKNhpXRG4QAFuvdPfGxcw6a8Uxb28cxRUDhFLyOv6tIR6C6fAkz0kCe4kQ&sig=AOD64_3oAfuR4sGkPEeHOZVNRyiOIk2JKw&q&adurl&ved=2ahUKEwib0ojB_7z6AhXOhP0HHRRgAbMQ0Qx6BAgKEAE , Ceramic Fiber Blanket, September 30, 2022)
3- (The effects of high pressure and temperature on the dielectric constant of ferroelectric perovskite ceramic PZT-4, https://www.tandfonline.com/doi/abs/10.1080/00150197608237771, Taylor & Francis, September 30, 2022)
4- (Thermoelectric cooler and thermoelectric generator devices: A review of present and potential applications, modeling and materials, https://www.sciencedirect.com/science/article/pii/S036054421931521X, Energy, July 31, 2019).poster
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