Containerized Solar Hot Water for -40°C Polar Conditions
Plug-and-play. No roof work. Reliable in the world's coldest places

The Problem with Most Solar in Extreme Cold

Most solar hot water systems are not built for polar conditions. They freeze at -20°C, need constant maintenance, or simply stop working. That is useless for Antarctic research stations, Arctic villages, or remote mining camps in Siberia or northern Canada.

The Aurora Skid is different. It is a containerized solar hot water plant designed specifically for -40°C and lower.

Built for -40°C and more – What's Inside the Container

Drain‑back system – When the pump stops, all water drains into a heated tank inside the container. No freeze risk. No glycol needed.
Heat tracing – Electric heating cables on every external pipe.
Extra insulation – Container walls, roof, and all piping.
Internal container heater – Activates only when the system is off, keeping equipment above freezing.
Wind‑rated collector frame – Reinforced for high winds and snow loads.
No moving parts in the collectors. No tracking. Just reliable hot water.

Who Uses the Aurora Skid in Cold Climates?

Antarctic research stations (McMurdo, South Pole, Halley)
Arctic communities (Northern Canada, Alaska, Greenland, Svalbard)
Remote mining camps (diamond, gold, lithium in permafrost regions)
Oil & gas sites (North Slope, Siberia, offshore)
Logging and forestry camps (northern Scandinavia, Russia)
Northern villages and apartment buildings (where roof work is impossible or too expensive)
Military bases in polar and remote regions (Thule, Alert, Arctic defense installations)

Key Benefits

Operates at -40°C and lower – No freeze damage. True polar capability.
No roof work – Container sits on any flat ground (gravel, ice, tundra, concrete).
Plug-and-play – Pre-assembled inside the shipping container. Connect water and power. Hot water in one day.
Cuts diesel use by 50-80% – Less fuel to fly or truck in. Payback as low as 1-2 years.
Modular – Start with one container. Add more as your site grows. Scalable to any size.
Remote monitoring – Optional IoT with satellite link (Iridium, Starlink). Know your system status from anywhere.

How It Works (Simple)

Evacuated tube collectors on a ground frame capture sunlight – even on cloudy days or with snow reflection.
Hot water (up to 80°C) flows into a large buffer tank inside the container.
A pump sends hot water to your buildings – showers, kitchens, laundry, space heating.
When the system stops (night, maintenance), water drains back into the heated container. Nothing freezes.
Electric or diesel backup ensures hot water during long polar nights or extreme cloud cover.

Savings Example – Remote Mining Camp (Northern Canada)

50 workers – 2,500 litres of hot water per day
Diesel heating: €1.20 per litre
Without solar: ~150 litres/day = €180/day = €65,700/year
With Aurora Skid (cold‑climate version, 40ft container): starting at €49,000 installed
Solar provides 60% of heat in winter, 80% in summer
Annual diesel saving: ~30,000 litres = €36,000
Payback: ~1.4 years

After that, pure savings.

Also Available – Standard Version for Warmer Climates

Do you need solar hot water for a hotel in Spain, Greece, or the Caribbean?
We also offer a standard Aurora Skid (without the cold‑climate package) for milder climates. No drain‑back, no heat tracing – just reliable, affordable hot water from the sun.

➡️ Learn more on our Hotels and Communities pages

Ready to Bring Solar Hot Water to the Frozen Frontier?

Contact us for a free feasibility study for your polar site, remote camp, or northern community. We will design a system that works in your specific climate and logistics constraints.

Built for -40°C and more. Ready for anywhere.

➡️ Contact Us