DESIGN
JUN-YOU HUANG, TZU-JUNG CHIN, MYRIAM CAROLINA MONTES MATAMOROS
黃鈞祐、金子容、孟亦瑾
CONCEPT
SALACIA is inspired by the structure observed by the glass sponge that accompanies the coral. It aims to rise the rate of coral reef recovery by the bio-net on the sea floor. In response to the high temperatures, a thermoelectric cooling system in the sea will directly cool the seawater. In the long run, the building’s micro-algae and shellfish culture can serve as a regional sea carbon capture system to ease the acidification issue. The solid-state wind power system on the mesh curtain wall can produce green energy and lower carbon emissions. To help coastal cities and save marine ecosystems.
該塔的設計旨在設於海底的能源生物網來增加珊瑚礁的復育速度，靈感從觀察與珊瑚相伴的玻璃海綿之構造而生成為形，該造型也能減緩海浪的能量聚集。為因應夏季高溫，海中的熱電冷卻系統將為該海域的底部做直接降溫。除此，長遠之計由建築內的養殖微藻與貝類作為區域海水循環與固碳系統有助於減緩當地海洋酸化問題，網狀帷幕牆的固態風電系統能生產大量的綠色能源也減少碳排，從而幫助沿海城市的發展與海洋生態系統的保育。
