It is planned to build 4-module compartments of the lunar base to provide 2 astronauts with a living base on the Moon’s South Pole region near the crater. The Sun in the Moon’s South Pole region shines around the clock to get energy from the solar panels and the nuclear reactor. The lunar base modules are large enough to fit:
living block, office and laboratory, bio-greenhouse (garden); energy model block (nuclear reactor, system water supply from ice) bio – regenerative life support system, which ensures easy survival of astronauts.

Close to the Lunar Poles

We have chosen the plato next to Amudsen Crater. Amundsen is a large lunar impact crater located near the south pole of the Moon (Coordinates: 84.5°S 82.8°E).
We chose this location because, the craters inner floor is flat and wide. It would make it easier to transport around the area. The temperature has lower oscillation. There is also water, which is frozen in ice.
Diameter: 103.39 km

We will use volcanic powder to make bricks. The regolith is held together using a process called sintering, where concentrated sunlight or lasers bond the material together. We will use 3D printers to construct specially shaped bricks.
Moon bases covered with at least 50 centimeters of lunar soil would be sufficient to protect them. Also what will give us protection is the bricks that we talked about ‘’how to build and what materials to use’’. These bricks would “build something like an igloo, then it’s strong against additional pressure from above.” The pressure would be from a metre layer or so of loose regolith, to offer a natural protection against radiation as there is no wind on the Moon to blow it away.

The Moon holds sizable reserves of water, secreted as ice in the deep cold of permanently shadowed craters near the poles as well in regolith as small ice grains. We will use Aqua Factorem which is ultra-low-energy lunar water extraction method. Ice grains, which make up about 5% of the regolith, will be cleaned on site and then transported to a processing unit in solid phase and converted into water.

We will get food by a technique hydroponic. It’s a technique where you can grow plants without using soil. The plants will be grown by using nutrients in water.
Also we can gain food and more protein from earthworms. These worms are also more resistant against radiation. Edible algae will also be grown.

We get electricity through solar cells and nuclear reactor. The moon is exposed to sunlight constantly, except briefly during a rare lunar eclipse. That makes the solar cells really useful. A small nuclear reactor will generate heat that is transferred to the power conversion system. The power conversion system will consist of engines that are designed to operate on reactor heat rather than combustible fuel. Those engines use the heat, convert it to electric power that is conditioned and distributed to user equipment. Each of four Lunar Nuclear Reactor will be generating 2.3 kilowatts of power.

The other part of ice grains will be used in a chemical processing unit where electrolysis of water produces hydrogen for rocket propellant and oxygen.
We are going to gain oxygen by the oxygen generation and recovery technology. Air supply system recovers oxygen from exhaled carbon dioxide and recycles the recovered oxygen back into the living units. The oxygen generation systems can generate or recover approximately 40 percent of required oxygen.

Astronauts get up at 6 in the morning, do their physical activities, personal hygiene and have breakfast. Then comes technical inspection of all automatic systems – mining ice grains, power station, oxygen producing unit and work in a laboratory and a food farm. Lunch at 12.00. Then astronauts put on their spacesuits and go for outdoor work through sluice. they have to inspect on site power station, solar panels, oxygen electrolysis unit and operation of transportation platform and driller. Then they take the moon rover to go to explore the nearest Amundsen crater. When they come back to the base, they leave their space suits in special camera and continue work in the office and laboratory. At 18.00 they have dinner, but after that communication with the Earth ESA Center. Then it is time for night rest.