Sustainable design and architecture are critical components of modern construction, aiming to reduce environmental impact, optimize energy efficiency, and enhance occupant comfort. This report explores the integration of a sustainable product inspired by traditional Iranian wind towers, which convert cold wind into warm air, into green building design. The product aligns with the principles of LEED (Leadership in Energy and Environmental Design), a globally recognized green building certification system. The report will explain LEED principles, scoring mechanisms, and how this product can contribute up to 49 points toward LEED certification, potentially helping a building achieve a Platinum rating. Additionally, the report will discuss the importance of sustainable design in Estonia and its potential to position the country as a global leader in green architecture.

Carbon Nanotubes are transformative materials for heat generation systems due to their unique interaction with infrared light and exceptional thermal properties. By converting IR light into heat efficiently, CNT-based systems offer a sustainable and energy-efficient solution for various heating
applications. The combination of minimal energy usage and high performance makes CNTs an ideal choice for next-generation heaters.

Key Features:

1-Environmentally Friendly: Zero reliance on fossil fuels, reducing greenhouse gas emissions.

2-Cost-Effective: Provides a sustainable heating solution in response to rising energy prices.

3-Energy Efficient: Solar panels power the infrared light source, minimizing operational costs.

4-Innovative Design: Combines ancient architectural principles with modern nanotechnology.