Galleri för Moon Camp-projektet 2023-2024 

火星移民 by 星际梦工坊

郑州轻工业附属中学  河南省郑州市-河南省    Kina 18 år gammal, 19 år gammal   5 / 4 Kinesiska Mars

我们的营地选址于火星的耶泽罗陨石坑，此处气候较为适宜，昼夜温差适中，且拥有曾经液态水的痕迹和丰富的大气层，地质特征也极为丰富，为我们的火星探索提供了得天独厚的条件。我们将借助大型运载火箭，将先进的火星探测器以及必要的物资和移民者安全送达这片红色的星球。

营地设计独具匠心，将科技与梦幻完美融合。以花朵为外形主体，周围环绕着稳固的蜂巢形小室，外观如梦似幻，内部则配备了现代高科技设施，打造出一个既舒适又高效的移民营地。这里生活自给自足，水资源循环、食物生产、能源供应等一应俱全。居住区、实验室、休闲室、医疗室、氧气室、种植室、储水室、控制室、仓库等功能区划分明确，满足移民者的各种生活需求。

在资源供应方面，我们利用火星地下水资源，并使用冷凝技术收集大气中的水蒸气，确保营地水资源的稳定供应。食物则主要依赖地球物资，同时辅以种植室生产的蔬菜等。能源方面，我们携带光伏电池板到火星表面，将太阳能转化为电能，并利用蓄热系统存储白天的太阳能热量，在夜晚和阴天释放热量以供应能源需求。此外，我们采用MOXIE技术从火星大气中提取氧气，并通过电解水的方式获取更多氧气，保障移民者的呼吸需求。

Engelsk översättning

Our camp is located in the Jezero Crater on Mars, where the climate, moderate day/night temperatures, traces of former liquid water, a rich atmosphere, and an abundance of geologic features make it a unique location for our exploration of the planet. With the help of a large launch vehicle, we will safely deliver an advanced Mars rover, as well as the necessary supplies and settlers, to the Red Planet.

The design of the camp is a unique blend of technology and fantasy. The flower-shaped main body, surrounded by solid honeycomb-shaped chambers, is dreamlike on the outside and equipped with modern high-tech facilities on the inside, creating an immigrant camp that is both comfortable and efficient. Life here is self-sufficient, with water recycling, food production, and energy supply. Functional areas such as living areas, laboratories, recreation rooms, medical rooms, oxygen rooms, planting rooms, water storage rooms, control rooms, warehouses, etc. are clearly delineated to meet the various needs of the migrants’ lives.

In terms of resource supply, we utilize Martian underground water resources and use condensation technology to collect atmospheric water vapor to ensure a stable supply of water in the camp. Food, on the other hand, relies mainly on Earth supplies, supplemented by vegetables produced in the planting room and so on. For energy, we carry photovoltaic panels to the surface of Mars to convert solar energy into electricity, and utilize a thermal storage system to store solar heat during the day and release it at night and on cloudy days to supply energy needs. In addition, we use MOXIE technology to extract oxygen from the Martian atmosphere and obtain more oxygen by electrolyzing water to guarantee the respiratory needs of the migrants.

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