[Ying-Chin Hung - Thriving - Co-Prosperity - COVER IMG]
[Ying-Chin Hung - Thriving - Co-Prosperity - IMG 1] [Ying-Chin Hung - Thriving - Co-Prosperity - IMG 2] [Ying-Chin Hung - Thriving - Co-Prosperity - IMG 3] [Ying-Chin Hung - Thriving - Co-Prosperity - IMG 4] [Ying-Chin Hung - Thriving - Co-Prosperity - IMG 5] [Ying-Chin Hung - Thriving - Co-Prosperity - IMG 6] [Ying-Chin Hung - Thriving - Co-Prosperity - IMG 7] [Ying-Chin Hung - Thriving - Co-Prosperity - IMG 8] [Ying-Chin Hung - Thriving - Co-Prosperity - IMG 9] [Ying-Chin Hung - Thriving - Co-Prosperity - IMG 10] [Ying-Chin Hung - Thriving - Co-Prosperity - IMG 11]

Thriving - Co-Prosperity

University/SchoolNational Taipei University of Technology Taipei, Taiwan
Lead ArchitectYing-Chin Hung

The design method can extend the life cycle of the building to 96 years, with a 24.50% carbon reduction. Uses passive heating and cooling methods, as well as bionic design such as ant mound buoyancy ventilation, zebra skin micro-airflow cooling, and according to the sunlight, trajectory to utilize daylight to reduce energy consumption. The highly efficient and optimized air conditioning system uses the ice wastewater from the production process as the cooling water for air conditioning, which is complemented by the highly efficient air conditioning system to achieve energy savings.