Astronomy is as wonderful for mankind as ever. In the near future, we are going to settle on Mars. We have to face several problems to settle down. One of the problems we face in the settlement is the scarcity of renewable energy sources. Our project aims to solve this problem. Here we are trying to use the geothermal energy of Mars.NASA has already sent several Rovers to Mars And some more rovers are going to be sent to Mars. Now if NASA sends some rovers to Mars to implement this project, it is possible to generate enough power for the settlement there. The best place to implement this project is the site of the Mars Pole Ice Cap where there are dead volcanoes. Where the way shown in the figure will be drilled through the rover capable of drilling.NASA’s newest Mars rover, Perseverance, is expected to take off for the red planet. Perseverance will drill into rocks. So it will be a great hope for drilling in mars. The heat source here will be a warmer place in the interior of Mars, the heat receiver will be the environment, and ice from the polar region will act as the executing object. As far as we know "Dry ice" is easily manufactured by gases with a high concentration of carbon dioxide. After sending them on the inland of the red planet the gases could be a byproduct of another pro. The carbon dioxide gas is pressurized and refrigerated until it liquefies. Then, the pressure is reduced. When this occurs some liquid carbon dioxide vaporizes, causing a rapid lowering of the temperature of the remaining liquid. As a result, the extreme cold causes the liquid to solidify into a snow-like consistency. here we put the dry ice in the inand chamber underground of mars. as it is a isochoric system pressure will proportional to the heat of the chamber. because of the extremely high pressure of executing objects, we could get our most awaiting airflow. By using a turbine we could make electricity on the red planet. We can even use warm gas to keep human living capsules warm. If a semi-thermal conductor can be used under the outer layer of the capsule and the gas can be flowed between the two layers, it will help to keep the environment inside the capsule warm