KAMJZ 建筑师事务所设计的台中文化中心方案注重地方特色。台湾受季风影响雨水丰沛。同时因为人口众多，雨水无法保存直接泄入海洋而成为缺水地区。仅有20%的降水被利用，如果水资源不能获得良好分配，相关问题也会随之而来。因此设计者关注创造一种当地的水资源管理方式，名为“降水阻尼器”，将其作为大楼设计的亮点。台湾处于地震活跃带。上个世纪台湾共有91次主要地震，48次造成人员伤亡。最严重的是1999年的921地震，2415人丧生。新建建筑都注重抗震，但是设计同时提出了抗震的新策略以提高抗震能力。通过封闭水箱收集雨水，水箱成为阻尼器配重可以有效抵御地震力作用。为更好的收集雨水，场地的建筑覆盖率降到最小，部分场地抬高并尽量提供绿地。广场和车道都有多层渗透构造以便储水。大楼同时设置预应力混凝土的蓄水池。
立面设计通过雕塑感的形态挑出平台，让雨水流入，同样可以收集降水用于灌溉大楼周围的低矮植物。大楼的功能布置也是围绕着水。功能的组织更像是公共空间的罗列而不是围绕单一功能。这种组织方式更有活力和偏重于竖向联系。雨水在立面上流动可以作为冷却水并散射室内阳光，收集进水箱之后会进行过滤，循环利用。收集水过滤灰尘之后用于卫生间冲洗和消防喷淋。
译者：筑龙网 钟声
译稿版权归筑龙网所有，转载请注明出处。
This Taichung City Cultural Center proposal by KAMJZ Architects aims to present the possibility of using local features to protect from the very location itself turning limiting factors into interesting project features. With an average annual precipitation of 2500 mm and the climate heavily influenced by the monsoon season Taiwan is a country which receives a lot of rainwater. Therefore， the architects are focusing on a local water management agenda， ‘Water Damper Towers，’ with their building as it’s showcase. More images and architects’ description after the break.Taiwan is officially classified by the UN as a “water deficit country” with the rainwater amount per person at only 1/6 of the world average and water shortages usually appearing every year between March and May. Due to it’s high population， topography with it’s steep hills causing water to drain into the ocean and uneven concentrated rain distribution， only 20% of water is left for consumption making water an important and precious resource on the island. If the water resources could not be allocated well， the related problems will grow.
Earthquakes – A Major Issue in Taiwan
Taiwan is in a seismically active zone， on the Pacific Ring of Fire at the western edge of the Philippine Sea Plate.Geologists have identified 42 active faults on the island.Earthquakes appear mostly on the east coast causing little damage but smaller quakes beneath the island itself have historically proven more destructive. Between 1901 and the year 2000 there were 91 major earthquakes in Taiwan， 48 of them resulting in loss of life. The most recent major earthquake was the 921 Earthquake， which has struck on September 21， 1999， and claimed 2，415 lives.Monitoring those potential disasters is not enough. Poor construction standards have been blamed for casualties in a number of major earthquakes. Many modern buildings and facilities in Taiwan are constructed with earthquake safety in mind but a whole new strategy applied from the bottom up which might help to improve the earthquake resistance of entire cities needs to arise.
To reach Zero Carbon and Energy Plus standards and secure the building’s safety a lot of technological devices are being used.Their production is expensive and sometimes unsustainable.In the Taichung City Cultural Center we are proposing a building which through it’s performance gathers resources， produces energy and by doing this is resistant to hostile environmental conditions. All the limiting factors such as overheating and pollution would be combated in natural ways with wind and water.
Disaster Mitigation – Earthquake Resistance Through Gathering Water
By gathering water the building could be protected from local disasters.It’s mass would perform as an earthquake damper defensive mechanism. The waves and water weight in motion in a closed tank is proved to be a counterweight for seismic forces and helps to regulate the oscillation of the building’s structure.Together with a column-slab primitive structural system with minimized diagonal connections ，a tall profile and terraced form which performs best in seismic locations the facility could be disaster proof.
Resources Retention – Building as a Water Farm
Sustainability in architecture is always inserted within a top-down approach， where the buildings receive sustainable patches to achieve energy production. In order to generate an optimal energized system， design needs to have a more bottom-up approach.The whole site plot area may and should be used to harvest water.The best gain of the surface is far larger if there would be no building at all.To improve this as much as possible in the TCCC design the building coverage ratio is minimized.By lifting part of the landscape the whole complex is refined from underground excavation what enhances water retention and provides as much green spaces as possible. The main plaza ，all driveways and walkways and ground floor area with a multi-layer gathering system have a permeable porous design for storing water.
Water Terraces – A New Building Typology
The building would be built as a compilation of reinforced concrete terraced pools forming a rainwater collection system， a water collectors chain having their beginning on a lifted plaza.The ground floor area would be free and open which would maximized the water gain as possible.The plaza would feature a series of openings which would be intakes for descending water towards the ground floor layers.
Pragmatic Formless form Concept – The Movement of Water as the Main Inspiration
The facade is designed to be aesthetically appealing yet practical putting a strong focus on water gathering and improvement of it’s quality.Consisting of a series of sculptural fluid forms ， which encourage the natural movement of water by channeling it into terraces， it would act as a set of big rain gutters in the upper part and ponds in the down part of the building collecting water runoff which would be in continuous move.Thanks to that a hygenic ambient would be kept and small plants would be irrigated. This series of spiraling surface modifications would form a path encouraging the water to act in a natural way .The movement of water depending on it’s speed and way of falling could create different ambients and atmospheres in places where it would be required.Fast streams would be louder and not appropriate in reading areas where a slower flow of water would be used for example. From every level the water would be stored and transferred to the main core where it would be filtered in the water tanks. When there is too much water to be captured by a single pool the extra runoff water would spill out and cascade down to the next terrace or to the main perforated plaza leading it to the ground floor.
Array of Activities + Streamlined Circulation
We want the functions of our building to live around water.The buildings are organized as an array of public spaces rather then around a single function.This form provides a more dynamic floor plan and vertical organization.Water and people flow are closely related.Water generates functions like a seating area or desired atmospheres.
Water Circulation / Gathering / Cooling
Rainwater would be captured on the roof and terraces of the buildings. Reading，exhibition and archive areas with it’s book stacks and precious works of art would be divided with the facade from the water flow allowing to create and maintain a desired microclimate. Facade running water which would act as a cooling device and bring diffused daylight in special places.It would feature levels where water would be sent directly to the core tanks to be filtered and recycled. The rooftop water would drain into the damper tanks which would also perform as a filtering and storing device. Extra water runoff would fall on to the plaza and then through openings on to the ground floor retention layers. Filtered would run to the water collecting tanks in the underground level which would also use hydraulic power to drive out the dirt from the city floating water during the typhoon season. At the same time this will not affect the downstream water supply and it’s capacity. Recycled stored water would be used in toilets and in fire sprinklers.
Water Damper Tank as a Public Attractor
The water tanks on the top of the Cultural Center are visually exposed in order to strengthen their role as a show case device which would protect buildings during earthquakes becoming an attraction point for the public and tourists.
发表于 2013-6-10 13:38:37
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