Architecture
South Pole Station
Redesigning SANAE IV for Net Zero Arctic Architecture:
The proposed research base aims to improve operational efficiency, durability, and energy systems by leveraging snow and wind resources. Key features include a ribbed snow harvesting skin and an efficient smelter design.
The ribbed skin creates air pockets, reducing heat transfer and enhancing energy efficiency. Wind turbines and solar panels generate renewable energy, achieving net-zero consumption. A smelter converts snow into water using mirrors and occupant heat.
This innovative design ensures sustainability, comfort, and freshwater supply in the Arctic environment.
Snow + Wind are two of the most abundant resources in Antartica.
Often seen as a design hinderance I’ve instead chosen to empower them. Utilising them at the core of my design response.
Stage 1
Harvest the Snow
Snowdrift, and snowfall.
Stage 2
Engage the heat
Mirrors, occupancy heat and electrical resistance
Stage 3
Utilise the water
Plumbing circulates warmth and water.
Composite
8 Layers to provide passive insulation, and shielding
Outer-skin
Stainless Steel ribbed profile, harvests and holds snow drift
Systems
Warmth retention through, Hydronic circulation, solar gain, heat exchangers
Closed
Open
