My lunar base is designed to keep astronauts alive and keep them safe. My base consists of several sectors: drilling, where dust is collected, which is sent to the collector, and ice, which, thanks to electrolysis, splits into oxygen and hydrogen. The second sector is the food sector, where there is a building where the food is produced. The third sector, i.e. the main base, where there are rooms for chemical, physical and biological research. A room where conversations with the Earth are conducted, on the roof of which there is an antenna enabling conversations. Data collection room (mainly from systems and detectors). There are also astronauts’ cabins and a place where astronauts take a nap during the day – the place from “Vinci Power Nap”. There is also a system place where the following systems are located: CReA, ECLSS, OGS. In the center of the main base, there is a daily meeting place for astronauts. In the Base, there are also landing sites, NBL, energy collectors, the energy of which is sent back to the Earth by a laser, there are also detectors: LLLTV (red strikes detector), seismic activity, ozone hole expansion and a radio wave detector. There is also a chlorofluorocarbons emitation room, which creates a natural ozone barrier after the emission of chemical compounds. The base has neutrinovoltaic panels and telescopes as well as rocket landing sites.

Close to the Lunar Poles

I chose the visible side of the moon near the poles because craters near the poles could provide protection from solar winds. In addition, the base would be in continuous sunlight, which is needed if the energy is taken from the sun’s rays. Another important aspect for me was the smallest possible temperature fluctuations, which near the poles are much smaller than in the flat terrain. As far as landing is concerned, it is difficult there, but in the base there are flat places for rocket landing. 

I would use local products to build the base, such as: moon dust. I would like to build the base like this: After landing on the moon, the atronauts would expose to the surface of a 3D printer, the building material of which would be lunar dust, from which they would make buildings. Other devices would melt the dust in order to melt it and make it smooth and hard roads. However, if there were no such possibilities, the basic foundations of the base would be built of structures delivered from Earth. Then the dust would act as protection against radiation.

On the lunar base the ECLSS (Water Recovery System) will work. The water will be filtered, which will create a water circut at the Moon Camp. In addition, there are 2 drilling rooms in the base in which the ice is extracted, thanks to which astronauts will certainly have unlimited access to water.

There will be a separate modular building at the Lunar Station built from geometric structures supplied in pieces from Earth. The crop material in the first planting attempts would have to be brought from Earth, but the waste could then be recycled to fertilize the soil.

One source of energy would be a neutrinovoltaic – taking energy from neutrinos, molecules that fly through literally anything. Interestingly, using their properties, you can stack neutrino panels on top of each other – it saves a lot of space. Another form of this energy harvesting could be a solar power plant on the Moon, a huge plus is that the Moon has a synchronous rotation to the Earth (i.e. it is always facing the Earth in the same direction), so excess energy could be sent to Earth.

There would be two systems operating on the Moonbase by which astronauts would have oxygen:
OGS – Oxygen production system (produces oxygen)
CReA – experimental set of carbon dioxide reduction (removes carbon dioxide from the base)

6:00 a.m. – getting up, bathing with a wet towel, getting dressed (all in the astronaut’s assigned rooms)
6:30 a.m. – eating breakfast, conversation with others (all in the common room)
7:00 a.m. – everyday duties: turning on the chlorofluorocarbons emitation room, collecting food and checking all the systems.
8:00 a.m. – astronaut’s work: if the astronaut is the astrophisicist he would go to the telescopes or to the place where rock and dust physical tests are performed. If the astronaut is the engineer he would go check all the systems and repair vehicles, which build moon base.
9:00 a.m. – NBL (neutral buoyancy laboratory) exercises
10:00 a.am – phisical exersises
11: 00 a.m. – astronaut’s work
13:00 a.m. – Dinner
14:00 a.m. – Vinci Power Nap
15;00 a.m. – equipment maintenance work
16:30 a.m. – quick rest, eating snack and swallowing tablets with phosphorus and calcium
17:00 a.m. – phisical exercises
18:40 a.m. – daily body wieght test and exposure to the antideppressant lamp
19:00 a.m. – supper, all astronauts meeting and calling NASA
19:40 a.m. –  equipment maintenance work
20:30 a.m. –  Free time: playing instruments or getting calls from earth
21:30 a.m. – Sleeping time