Tour of Our Solar Wall: Harnessing the Power of the Sun!

TLDRJoin us for a tour of our solar wall that uses the greenhouse effect to heat our building. It's a cost-effective and easy-to-install solution that provides passive heating without solar panels. Learn how we built it and how it works!

Key insights

🌞Our solar wall harnesses the greenhouse effect to heat our building.

🏗️It's a cost-effective and easy-to-install solution that requires minimal construction work.

❄️The wall uses an air gap and greenhouse panels to trap heat and warm the space.

🌡️The warm air is then pulled into the building and can be controlled to maintain a comfortable temperature.

⏰The solar wall is most effective during midday when it receives the most sunlight.

Q&A

How does the solar wall work?

—The solar wall uses the greenhouse effect to heat the building. The south-facing wall absorbs sunlight, which heats up the air in the air gap behind the greenhouse panels. This warm air is then pulled into the building, providing passive heating.

Is it expensive to build a solar wall?

—No, the solar wall is a cost-effective solution as it doesn't require solar panels. The materials used, such as greenhouse panels and air gap insulation, are affordable and readily available. Additionally, the installation process is relatively simple.

Does the solar wall work on cloudy days?

—While the solar wall is most effective on sunny days, it can still generate heat on cloudy days. The greenhouse panels and air gap insulation trap heat, allowing the warm air to be pulled into the building.

Can the temperature be controlled in the building?

—Yes, the temperature can be controlled by adjusting the airflow from the solar wall. The warm air can be pulled into the building as needed and the system can be turned on and off to maintain a comfortable temperature.

What is the best time of day for the solar wall to work?

—The solar wall is most effective during midday when it receives the most sunlight. This is when the greenhouse panels absorb the most heat, resulting in a higher temperature in the air gap and a greater amount of warm air being pulled into the building.