Cold-Climate Emergency Energy Shelter

In recent years, Québec has experienced several severe winter ice storms that caused major power outages and dangerous living conditions. For example, the 1998 North American Ice Storm was one of the worst natural disasters in Canadian history, affecting large parts of Québec and Ontario. Massive amounts of freezing rain covered power lines and trees with thick ice, collapsing electrical infrastructure and leaving millions of people without power—some for several weeks. More recently, the 2023 Québec ice storm caused widespread outages across Montréal and surrounding regions, leaving hundreds of thousands of homes without electricity during cold weather conditions.

During these storms, many people lost access to heating, lighting, communication, and the ability to charge essential devices. In extreme winter temperatures, this can quickly become dangerous, especially for vulnerable people such as families, seniors, and those relying on medical equipment.

Because of these situations, I designed the Cold-Climate Emergency Energy Shelter, a self-sustaining emergency shelter built to support up to 100-200 people during long-term winter emergencies and power outages. The goal of the shelter is to provide a safe, heated, and powered environment where people can temporarily live while essential services are restored.

The shelter is an insulated structure, designed to efficiently retain heat and resist snow buildup. It uses a hybrid energy system combining solar panels, battery storage, and a backup generator to provide reliable heating, lighting, and charging. Inside, the shelter includes sleeping areas with pod-style beds, community charging tables, storage for food and supplies, ventilation systems, and insulated airlock entrances to reduce heat loss. The shelter is designed not only for winter storms, but also for power outages, emergency evacuations, and disaster relief situations.

The Winter Resilience Hub is a rectangular building of 40 m by 30 m and has a roof in the shape of a half-cylinder, selected for its resistance to heavy snow loads and winter winds, and for its effectiveness in heat retention. The walls of the shelter are about 40-50 cm thick and are based on a layered construction system of durable and energy-efficient materials. The outer layer consists of weather-resistant metal panels to guard the structure against snow, ice and moisture, while the inner structure is made with reinforced framing for strength and long-term durability. Between these layers there are high performance insulation materials such as mineral wool or rigid foam panels which reduce heat loss and improve thermal efficiency to help the shelter stay warm while using less energy. The inner layer also has reflective, fire-resistant materials for safety and for better distribution of heat throughout the building. These choices of material provide significant environmental benefits by reducing overall heating needs, fuel usage, and energy waste in winter emergencies. The use of durable and long-lasting materials also reduces the need for maintenance and construction waste over time, making the shelter environmentally responsible and effective in extreme winter conditions.

The Winter Resilience Hub uses insulated airlock-style doors and efficient hallway layouts to reduce heat loss and improve energy efficiency. The double-door entrance system prevents cold air from entering directly into the shelter, helping maintain a stable indoor temperature during extreme winter conditions. Wide hallways also allow smooth movement throughout the shelter while improving airflow and access to emergency areas, creating a safer and more organized environment for occupants.

The Winter Resilience Hub has a large common room designed for comfort, communication and emotional support during emergencies. This shared space is a space for people to pause, connect with others, and get access to critical services, all while remaining warm and safe in times of high stress such as winter storms or long-term power outages. Large community tables throughout the room with built-in USB ports and electrical outlets provide organised charging stations for phones, power banks and other electronics. The tables are powered by the shelter’s hybrid energy system and are built for multiple users at once, reducing clutter and overcrowding. Comfortable couches and seating areas with small side tables are positioned around the room creating inviting spaces for people to relax, eat, talk or temporarily work. These couch areas can also be used for emotional support, therapy or group discussions to help people recover from what they experienced as a result of the disaster. Building spaces for dialogue and community support can help reduce anxiety, isolation and emotional distress in times of emergency. Good ventilation, bright LED lighting and insulated walls help create a comfortable indoor environment with minimal energy use. Together, the design of the common room supports the physical and mental well-being of shelter occupants during long winter emergencies.

A dedicated medical room in The Winter Resilience Hub provides basic healthcare, safety and emotional support during emergencies. The room has first-aid supplies, emergency medications, medical beds, and charging access for essential medical devices like oxygen machines or mobility equipment. Temperature sensitive medications can also be stored refrigerated. The medical room is a calm, organised and accessible space, where those who are injured, ill or vulnerable can get care, during extended winter outages or disaster scenarios. Beyond physical treatment, the space can be used to support emotional healing, providing a quiet place for pain counselling, therapy sessions, or private conversations with health workers and support volunteers. This reduces the stress, anxiety and trauma experienced after disasters, while improving the general well-being and recovery of shelter occupants.

The Winter Resilience Hub has a storage room. This room helps keep emergency supplies organized.

It has shelves for things like:

1. food
2. bottled water
3. blankets
4. warm clothes
5. hygiene products
6. batteries
7. medical supplies

The storage system is designed so that supplies can be easily accessed and given out fast during emergencies. This helps make the shelter more efficient and safer for people staying. The storage room also has sections that keep the temperature steady. This is important for medications and other sensitive items. By having a lot of supplies that last a long time. The shelter can help people for a time during winter storms and when the power is out. The Winter Resilience Hub and its storage are very important for keeping people safe and supported. The supplies in the Winter Resilience Hub are crucial, for helping people get through winter situations.

The Winter Resilience Hub runs on a hybrid power setup that balances reliable energy with a smaller carbon footprint. It uses solar panels and battery storage as the primary source for heat, lights, ventilation, and charging ports, but keeps a backup generator on hand for long stretches of grey winter skies. During the day, the panels soak up whatever sunlight is available, while the large batteries hold onto the extra power for use once the sun goes down. If demand spikes or the sun stays hidden, the generator kicks in to keep the shelter running without interruption. This mix keeps the heat on without relying solely oany fossil fuel. It is a practical, sustainable way to handle emergency power when the grid goes down. The shelter also includes an elevator providing access to the second floor, ensuring accessibility for elderly individuals, injured occupants, and people with reduced mobility during emergencies.

The Winter Resilience Hub includes accessible and energy-efficient bathrooms designed to support hygiene and comfort during long-term emergencies. The bathrooms contain multiple toilets, sinks, and shower areas with water-saving fixtures to reduce resource consumption. Durable and easy-to-clean materials improve sanitation and maintenance, while proper ventilation helps maintain air quality and prevent moisture buildup. The bathrooms are also designed to remain operational during power outages through the shelter’s backup energy and water systems, ensuring safe and reliable use for all occupants.

The Winter Resilience Hub includes sleeping pods designed to provide privacy, comfort, and warmth for shelter occupants during emergencies. The sleeping pods are designed for people who may need a safe, private, and comfortable place to rest during long-term emergencies and power outages. Inspired by Japanese capsule-style sleeping spaces, the pods are compact and efficiently organized to maximize the shelter’s capacity while maintaining personal space for each individual. Each pod includes a mattress, built-in lighting, ventilation, and nearby charging access for personal devices. The enclosed design helps reduce noise and creates a more secure and comfortable environment, allowing people to rest more effectively during stressful situations. The sleeping pods also improve heat retention by organizing occupants in insulated spaces, helping the shelter conserve energy during extreme winter conditions.

Designing the Winter Resilience Hub allowed me to better understand the importance of emergency preparedness, energy efficiency, and community support during natural disasters. Through this project, I learned how architecture and engineering can work together to create safer environments for people during extreme winter conditions and long-term power outages. Researching past ice storms in Québec showed how quickly daily life can become dangerous without heating, electricity, and access to essential services. This project also helped me think about both the physical and emotional needs of people during emergencies by including comfortable living spaces, medical support areas, and community spaces for recovery and communication. Overall, the Winter Resilience Hub demonstrates how thoughtful design, renewable energy systems, and efficient materials can create a reliable and environmentally responsible shelter that protects and supports communities during difficult situations.

Here's the link to the complete tinkercad 3D design:

https://www.tinkercad.com/things/luUQIsFEROQ-copy-of-make-it-heal-template-imperial/edit?returnTo=%2Fdashboard%2Fdesigns%2F3d