[Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - COVER IMG] Drought planting water supply appliances.
[Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 1] [Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 2] [Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 3] [Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 4] [Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 5] [Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 6] [Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 7] [Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 8] [Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 9] [Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 10] [Yin Chi Liu, Prof. Kai-Chu Li - DPWSA - IMG 11]

DPWSA

Project locationTaiwan
University/SchoolMing Chi University of Technology / National Taipei University of Education
Lead ArchitectYin Chi Liu, Prof. Kai-Chu Li
Design TeamYIN-CHI,LIU / WEN-SHIN,ZENG / SIN-YU,LIN / YUN-JHEN,WU / Prof. Kai-Chu Li

DPWSA will provide water to crops and protect crops from direct heat, increasing food production in arid areas. Temperature differences and sea breezes are used to capture water from the air, and a network of structures traps it. The water is stored in containers under the soil. Water storage tanks diffuse water to supply crops. And prevent direct sunlight on plants, reducing water evaporation caused by exposure. Refugees can gather local crops as materials to make simple products that are later broken down back into the soil to provide plant nutrients.