A Journey to the Moon
During the next year, two young Danish Space Architects, Sebastian, and Karl-Johan will face this question as they design, build, and live for three months in the very first Moon Analogue habitat in the Arctic, Greenland.
Isolated and confined in one of the harshest climates on Earth, they will endure -30°C, hurricane winds, and hungry polar bears.
In the past year, they’ve established SAGA Space Architects and won several awards for their work. Now they will do their most ambitious project yet.
The Habitat Challenges
Exterior like a tank, the interior like a home. While introducing “hygge” and stimulating internal space, the habitat has to face the following arctic and lunar challenges:
Arctic Climate: Temperatures of -30°C and wind speeds of 90 km/h, requires a sturdy habitat with heavy insulation.
Transportable: Shipping stuff to the Moon or Greenland is expensive. We will develop a unique expanding design to save space during transport and maximize space after deployment.
Solar energy: The project simulates a mission to the peak of eternal light on the Moon, which has a similar day-night cycle to the arctic day. We will take full advantage of this by integrating solar panels in the skin of the habitat and supply it with all its energy needs.
Polar Bears: On the Moon, there is a risk of being hit by a meteor. In Greenland, you might get hit by a polar bear. The habitat must withstand a curious 650 kg polar bear.
Zero Waste Ecosystem: The habitat must leave no trace and recycle as much waste as possible.
The habitat features custom SUNBEAMsystem solar panels. They were specially designed to fit the habitat for the LUNARK expedition. They will provide them, energy enough to the whole habitat. In order to maximize the power of the solar panels, the habitat is also equipped with:
– SMART LITHIUM Drive 1300Wh batteries
– MOONRAY MPPT solar charge controllers