We will build a lunar camp for 2-3 people to live and use for scientific research. Astronauts can live in the camp for a long time, and here it can also be used as a condition due to the moon’s low gravitational force and windless conditions. It can also provide a space base for exploring space. Astronauts can explore the moon and space here, preparing and adapting for future space exploration. Our site consists of four parts: a living plantation area, a laboratory, an industrial production area, and a communication and control center. There are also lifting platforms connecting the underground and the ground, solar energy supply devices on the lunar surface, unique water collection systems, and lunar rovers to assist in exploration.

We intend to build our lunar camp near Shackleton Crater at the south pole of the moon. The amount of time exposed to sunlight here each year accounts for 80-90% of the lunar orbital period. In addition, a large amount of water ice was detected in Shackleton Crater, we can send a lunar rover to the bottom of the crater to get ice, and when the rover is unreachable or when the rover strikes for various reasons, we also set up a device that reflects sunlight to collect water directly at the bottom of the crater, which ensures our supply of water resources.

We will use 3D printing technology to build the main part of the lunar camp, and the 3D printing technology is relatively mature, and a 3D printer will be transported to the moon in batches. The material will be a new type of concrete made using lunar soil mixed with human urine, which has been shown to be highly strong enough to make building materials.

We intend to build the camp underground, which will reduce the threat posed by cosmic radiation and meteorites. We also have a monitoring and detection system to monitor the situation outside the base in real time, which greatly ensures the safety of astronauts.

We will use two methods to obtain water resources:
1. Transport water ice from Shackleton Crater to the lunar base with a lunar rover. The water is then electrolytically purified, and the resulting hydrogen can also be used as fuel.
2. Due to the complex situation at the bottom of the crater, when the water ice cannot be transported out, we start the method of obtaining water vapor by sunlight reflection, and we build a large water vapor collector above the crater. Then through the huge mirror to transfer the sunlight heat to the pit low, the water ice melts and converts into water vapor, we directly collect the water vapor, we can delete the purification of water this step of the operation.
In addition, we have built a sewage treatment system to recycle the used sewage, which greatly improves the utilization rate of scarce water resources. The system uses an integrated sewage treatment device, which is first precipitated and then treated by electrolysis, and the treated sewage can be directly discharged or continued to be used in soilless cultivation.

We planned to use rockets to send ground food to the moon in the early days of the lunar camp, and we built planting areas in the lunar camp to grow crops through anhydrous cultivation, and we can achieve self-sufficiency after the crops mature. Other basic household items will be transported from the ground by rocket.

We will use two methods of power supply:
1. Solar power supply heating integration, we do not use the traditional solar power direct power supply method, but the solar energy through the heat absorption tower first into thermal energy, these energy will be used to heat the molten salt in the heat absorption tower, and then through the molten salt cycle and water circulation to produce water vapor, water vapor to drive the traditional generator to generate electricity. The rest of the heat is used to heat the base. This not only solves the problem of not being able to supply electricity when there is no sunlight, but also solves the heating problem of the base, so that astronauts can feel warm on cold nights.
2. Nuclear fission power generation, used to supply machines that continue to provide electricity stably, the moon is rich in nuclear energy, and a large amount of electricity can be obtained by using nuclear energy.

On the basis of the supply of water resources and power resources, we use electrolyzed water to obtain oxygen, and then through the nitrogen and oxygen mixer to obtain mixed oxygen concentration of air, by-product hydrogen can also be used as fuel energy.

Our lunar camp is mainly used for scientific research. The Moon provides an ideal environment for experimentation and research, with a series of experiments in the lab and short-term habitation explorations on the Moon.

The astronauts got up in the morning to go to the communication center to test whether the systems of the base were operating normally, and after breakfast, they controlled the lunar rover to collect ice at the bottom of the pit, and after obtaining the water ice, it was transported to the base, and it was treated with equipment as drinking water. Communicate with the earth through communication equipment and report on the latest situation of the base, and then physical exercise in the gym to maintain good health. After lunch at noon, you can take a proper break. In the afternoon, experimental research will be carried out in the laboratory, and after the research is completed, the vegetable planting area will be inspected to check the growth of the plants. In the evening, after dinner, appropriate recreational activities are also carried out to maintain unity within the team, followed by cleaning of the base. Before going to bed, the astronauts also talk to their families to ease homesickness.