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BATTERY ON VENUS

Task: To be able to make a battery that can withstand the conditions of Venus for at least 60 days. 

Duration: Last 10-15 days

Purpose: To be able to charge by sending electromagnetic waves to the venus with wireless charging and transmitting wireless electricity with the satellite such as the tesla coil of the vehicle. In this way, with the help of the satellite, the exploration vehicle on Venus will be wireless and long-term charging, and thanks to the system in the satellite, every vehicle sent to Venus will be resistant to long-term charging.

 PROPERTIES

1-In order for the system not to be disturbed by its own magnetic field, there will be a faraday cage in the main center of the satellite so that it will not be affected by the magnetic field. 

2- Since every part of the system, including the vehicle, works with this system, it is aimed to use the batteries more in the long term. 

3- The vehicle on the surface of Venus will be able to receive this electromagnetic field with the receiver and convert it into electricity. 

4- The satellite electricity circulating in the atmosphere of Venus will be received by the solar panels around it.

 5- It will move through pallets to ensure that the vehicle can move more easily on the ground of Venus and does not have problems and energy in scattered terrain.

6- Despite the heat of the Venus, the parts will be cooled regularly with an internal cooling system. 

7- The motherboard inside the vehicle will be protected by the faraday cage so that it does not deteriorate while entering the magnetic field and charging. 

8- The properties of quantum batteries will be used for fast transfer and quick charging.

9- Since the dense sulfuric acid gas in the atmosphere of Venus conducts electricity, the satellite charger we use will conduct electricity faster. 

10- When the distance of electricity transmission increases by 2 times, the magnetic force decreases by 6 times, but this may not be the case in Venus The magnetic force can be easily transmitted thanks to its atmosphere covered with H2So4 gas.

 11- Thanks to the fact that X-rays can show the back of dense dust clouds, the positioning system of GPS can be found more easily with the x-ray used at the vehicle's observation point.

12- Since Venus does not have a magnetic field, the working mechanism of the device we use is much more comfortable and can find the position of the vehicle on the surface more easily.