![]() ![]() They portend a shift in the conception of portable residence and architecture without site. These premises offer scenarios of an ever-changing architecture in a continually varying urban setting. Hence, mass-customization is a natural, viable and necessary consequence. New social models are forming, and fluidity of relationships and mobility of the smallest social units are pushing for a more ductile economical model for the construction industry. This approach opens up traditional construction methods to new design/build processes where design and installation are purely based on form and performance. ![]() This hybrid model which overlays architecture and infrastructure further establishes the importance of a new sustainable paradigm.įurther, mass-customizable residential units can be fabricated and installed to suit specific needs. Thus far, only a change in policy has been able to create the economical viability for environmentally feasible architecture. ![]() In fact, this model of infrastructural architecture would entail the participation of public funds, and/or the collaboration of private and public resources and figures. Therefore, this tower has a negative CO2 footprint and transcends its architectural identity by acting as infrastructure.Īn urban framework where architecture is also infrastructure produces a shift in the balance of real estate values and safeguards the overall economical stability of a large-scale ecological project. This building is not only energy self-reliant but also a contributing node to the electric grid. The residential units would move from tower to tower, along with its inhabitants in a highly entropic narrative. This model of inhabitation finds scale significance if repeated and scattered in a fractal distribution in urban settings across the globe. Nine large-sized wind mills top the tower and blur in the wind. Every 5-to-7 stories, green pods span all three super-columns to brace them in a truss-like system. Pods are piled on and around each super-column and host residential units, wind mills or solar panels. Three super-columns act as both cores and structural systems. This residential tower is a hybrid offering pods for transient residential units while producing energy when and where these units are not present. International architecture awards - architecture podium, winner 2015ģ00,000SF - architecture as infrastructure I Further, the slender profile of the tower and its location on the site also contribute to the energy efficiency of the building, which is oriented to take advantage of prevailing winds and day lighting. This system alone makes each unit self-sufficient in terms of the energy needs. This technology allows for a thin-film photovoltaic cell (TFPV), to be deposited in thin layers on a substrate. The entire glazing system of the building is covered with a thin-film solar cell (TFSC) by Nanosolar. The bottom six stories house the parking structure, which continues underground where the envisioned grid for distributing the liquid carbon dioxide is also located. The two wings of the tower connect at the bottom lobby and at the top, where the last five stories are designed for multi-level units and amenities. The building is comprised of two cores each serving four to six units per floor. As the CO2-scrubbing columns work better when wind is present, the tower opens up in the middle to accelerate air speed as it travels through the gap. The gap between the two slabs between the two floors also allows for cross ventilation that cools the floor slab of one unit and the ceiling slab of the one below. As the wind blows through these resin columns, carbon is trapped in a chamber between the double slab at each level of the tower the carbon is subsequently compressed and stored as liquid carbon dioxide in the cellar levels. A series of resin columns is organized on all available areas of the tower that are exposed to the prevailing winds. The tower's architecture integrates a new technology developed by Columbia University Professor Klaus Lackner and referred to as an “artificial tree”. 250,000SF - architecture as infrastructure IIĤ2-story CO2-scrubbing, eco-friendly residential tower
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