Dr. Lu's Studio 盧博設計工坊
Dr. Hung-Chih Lu , who has long insisted on creating public welfare in eco-friendly technologies and arts, is best at using colored solar curtainwall unit as pigments, expressing with installation art, and combining urban architecture, making the solar power stations, super-giant installation art, and low-carbon buildings integrated into one piece. Let the city present a beautiful eco-friendly.
長久以來，一直堅持在生態友好的科技與藝術的公益創造的盧鴻智博士，最擅長以彩色太陽能光伏做為顏料、以裝置藝術為表現、結合城市建築，讓太陽能電廠、超巨型裝置藝術與低碳建築合為一體，讓城市呈現生態友好的美麗。
Dr. Hung-Chih Lu’s latest creation: [The ECO Sublimation], as shown in Figure 1, integrates the installation art of leaf collection box image into the main body of the building. As shown in Figure 2, it symbolizes the importance of ecology. The front of the leaf collection box is painted with an abstract painting [Sublimation], a goldfish gradually transforms into clouds and smoke, thereby obtaining liberation and freedom. The side of the leaf collection box is composed of colored solar curtainwall unit. The image of rainbow spectrum, another side of the leaf collection box is composed of black and brass-colored solar curtainwall unit. The image of ancient bronze coins means that gentlemen live smart but follow the rules. The overall image presented represents the sublimation of ecology.
盧鴻智最新完成的力作: [The ECO Sublimation]，如圖一所示，建築主體融合了樹葉收集盒意象的裝置藝術，如圖二所示，象徵重視生態，樹葉收集盒的正面彩繪了抽象畫[昇華]，一尾金魚逐漸轉化成雲煙，從而得到解脫與自在，樹葉收集盒的側面是由彩色太陽能光伏構成的彩虹光譜意象，樹葉收集盒的另面是由黑色與黃銅色的太陽能光伏構成的古銅錢意象，意喻君子處世外圓而內方，整體呈現的意象是代表生態的昇華。
The overall creation is presented in a short video:
整體的創作以短影音呈現:
Dr. Hung-Chih Lu’s latest public welfare invention: Urban planning of "A layout method of ecological detention basins in the shape of big tree"
盧鴻智博士最新的公益發明: "生態滯洪池大樹佈局法"的城市規劃
Dr. Hung-Chih Lu took Taipei 101 as his subject matter and used Google Earth's 3D aerial photography as the basis for his creation. He developed a city planning method that he named the "Eco-Retention Pond Big Tree Layout Method." This method uses the shape of a tree as the overall layout of the city. The ecological retention ponds scattered throughout the city are like the leaves of a tree, the drainage pipes connected to them are like the branches of a tree, and the confluence pipes that collect these drainage pipes are like the branches of a tree. The trunk of the tree, and the river or artificial canal that finally converges is like the trunk of the tree, and the sea that flows into is like the roots and soil of the tree. Figure 1 shows a digital twin of the Taipei 101 surrounding area that has been transformed using the Eco-Retention Pond Big Tree Layout Method.
In appropriate areas, large and small ecological retention ponds are dotted around the city. By carefully using the gates at each interface, the water level can be effectively regulated and managed. In the event of sea level rise, the gates at all interfaces can be closed to effectively lower the sea level within the city, reducing the risk of seawater backflow. In the event of an extreme climate rainstorm, the gates at all interfaces can be opened to effectively discharge rainstorm floods, preventing the city's drainage system from becoming overloaded and reducing the extent and severity of urban flooding.
Building ecological retention ponds that take into account ecology has many positive impacts on modern cities. Figure 2 shows a digital twin of a city that has been created using this method. The city is full of green space and has a rich ecology. The buildings in the city are made of steel and have walls made of recyclable materials, such as curtain glass, solar curtain walls, metal walls, marble-like walls, and wood-like walls. The ecological retention ponds are maintained and managed by dedicated personnel every day to ensure that they are kept in good condition.
盧鴻智博士以首善之區台北101周邊區域為題材，如圖一所示，採用Google Earth的3D空照為基礎，進行創作，一種他命名為:[生態滯洪池大樹布局法]的城市規劃，以大樹形狀做整體布局；遍布在城市裡的生態滯洪池如同大樹的葉片，與之相連的排水暗管如同大樹的分支，而匯集這些排水暗管的匯流管如同大樹的支幹，最後匯集的大河流或人工運河如同大樹的樹幹，流入的大海如同樹根與土壤。
圖一，以生態滯洪池大樹布局法改造的數位孿生台北101周邊城區
在適當的區域，星羅棋布的設置大大小小的生態滯洪池，妥善利用各個接口的閘門就可以很好的調節水位，做好管理；在海平面上升的情況下，關閉各個接口的閘門，生態滯洪池可以有效降低城市內的海平面高度，從而減少海水倒灌的風險；在極端氣候暴雨的情況下，打開各個接口的閘門，生態滯洪池可以有效宣洩暴雨洪水，防止城市排水系統的超負荷運行，從而減少城市淹水的範圍和程度。
在現代城市裡面建構兼顧生態的滯洪池，對城市有許多正面的影響，如圖二所示，此作品採用3D建模與渲染，加上AI輔助優化所創作而成，因為RC建築不環保且高碳排，所以建築體都改成鋼構，牆體可以是帷幕玻璃、太陽能帷幕牆、金屬牆、仿大理石牆與仿木牆等，都是高回收循環利用的環保建材，而生態滯洪池每天都有專責人員進行維護與管理，確保其維持在妥善的狀態。
圖二，數位孿生創建的生態元宇宙，城市生態豐富且綠意盎然
