Courtesy of Margot Krasojevic

Margo Krasojevic提供

监狱由一系列悬臂式的循环组成，形成了均匀的重量分布在整个钻机。所包含的监狱表面是由嵌入在全息过滤玻璃面板中的钢筋元素组成的网，叠加在里面和监狱外的生活视图，这种深度创造了一种超现实的环境，给人一种无边界建筑的错觉，一种千变万化的全景。

The prison consists of a series of cantilevered loops creating an even weight distributed throughout the rig. The contained prison surface is made from a web of reinforced steel elements embedded within holographic filtered glass panels, superimposing views of life inside and views out of the prison, this depth of field creates a surreal environments which gives the illusion of boundary-less architecture, a kaleidoscopic panopticon.

 Courtesy of Margot Krasojevic

Margo Krasojevic提供

目前的设计采用抽水蓄能水电站的原理。抽水蓄能设施使用晚上通常可用的过剩电力系统容量从一个水库抽水，在这种情况下，海洋向另一个海拔较高的水库-即监狱库房-输送水，监狱库房的高度约为50米。在电力需求高峰期，来自监狱的水被释放到海洋中的浮动涡轮机上，并产生电力。在电力需求较低的时候，过剩的发电能力被用来向监狱里注入水。

The current design uses principles behind a pumped storage hydro electric power station. Pumped storage facilities use excess electrical system capacity, generally available at night, to pump water from one reservoir, in this case the ocean to another reservoir at a higher elevation which is the prison hold, the height of the prison hold is approximately 50 meters. During peak electrical demand, water from the prison hold is released onto the floating turbines in the ocean, and electricity is produced. At times of low electrical demand, excess generation capacity is used to pump water into the prison's hold.

 Courtesy of Margot Krasojevic

Margo Krasojevic提供

第二轮波能转换器(类似于佩拉米斯)漂浮在主要结构周围，用于泵水和储存水到设计的主要部分，监狱的船舱。主混凝土容器结构漏斗内的浮力水力力有助于将水排入监狱容积舱，然后通过其表面释放到下面的泰森涡轮机上，从而改变了监狱甲板的高度和水压释放。海水分布在碳纤维覆盖的悬臂外监狱表面的喷嘴中。表面编舞将压力和水落在下面漂浮的泰森涡轮机上，控制产生的电量。

A secondary ring of wave energy converters (similar to The Pelamis) float around the main structure which are used to pump and store water into the main section of the design, the prison's hold. The buoyancy hydro force within the funnel of the main concrete vessel structure contributes to the pressure pumping water up into the prison volume hold before it is let out through it’s surface onto the Tyson turbines below, this alters the height of the prison deck and the pressure hydro release. The ocean water is distributed through the nozzles within the carbon fibre clad cantilevered outer prison surface. The surface choreographs the amount of pressure and water to fall onto the floating Tyson turbines below, controlling the amount of electricity generated.

 Courtesy of Margot Krasojevic

Margo Krasojevic提供

浮着的泰森涡轮机在水落在它们身上时转动一个轴，为位于人工悬崖一侧的主要混凝土结构内的发电机供电。海底电缆将电力输送到大陆。根据最近的进展，抽水蓄能是主要的可再生能源，可以用来平衡间歇性资源，如风能和太阳能。抽水蓄能设施可以减少温室气体排放，并建立更清洁的可再生能源能力。

Floating Tyson turbines turn a shaft when water falls onto them, powering an electrical generator housed housed within the primary concrete structure located in the artificial cliff-side. Underwater cables run the electrical power to the mainland. In light of recent advances pumped-storage hydro is the predominant renewable energy source available to balance intermittent resources, such as wind and solar. Pumped-storage facilities can enable a reduction in greenhouse gas emissions and build a cleaner renewable energy capacity.

 Courtesy of Margot Krasojevic

Margo Krasojevic提供

监狱的储藏室里储存着1.2万立方米的水，必要时可以得到，水头50米，在一定的水压下，产生的电能约为3.2兆瓦，平均为2045户家庭提供电力。囚室内衬着半透明的光学反射镜，在牢房内外提供叠加的视野，给人一种开放规划空间的错觉。细胞的连续回路在悬挑斜坡上均匀地分配重量。海水泵通过包层，屏幕，视图和伪装监狱时，涡轮机运行。

12,000 cubic meters of water are stored in the prison's hold, available as necessary, the head is 50 meters and with a contributing hydro pressure the electrical energy produced is approximately 3.2 MW providing on average 2,045 homes with electricity. Prisoner cells are lined with semi transparent optical mirror which provides superimposed views into and through the cells, giving the illusion of an open plan space. The continuous loop of cells distribute weight evenly across the cantilevered ramp. Ocean water that is pumped through the cladding screens views and camouflages the prison when the turbines are operated.

 Courtesy of Margot Krasojevic

Margo Krasojevic提供

中央循环螺旋楼梯连接海利垫和人工悬崖侧发电机，作为观察囚犯的基地。直升机只有在水轮发电机关闭时才允许降落，第二阶段的设计将实施低水平和高水平水电站的理念，重要的因素是监狱内的蓄水量和垂直下降。设计将适应这些必要的变化。

The central circulation spiral staircase connects the Helli-pad to the artificial cliff-side generator, it acts as a base from which to observe the inmates. Helicopters are only allowed to land when the Hydroelectric generators are shut down. The second stage of the design will implement the ideas behind low level and high level hydroelectric power stations, the important factor is the volume of water stored within the prison and the vertical drop. The design will be adapted for these necessary changes.