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-- hydroelectric architecture margot krasojević margot krasojevic® architecture led lighting design projects about contact please request code to view projects.thank you. hydroelectric architecture margot krasojević margot krasojevic® architecture led lighting design projects about contact press paris spillway flood protection pavilion grand cru du siecle with the present threat of paris flooding, this champagne bar acts as part of paris' flood control infrastructure. the enclosed circular glass bar rests over a bell mouth spillway which allows water to enter from it's entire perimeter, this water is taken, via submerged canals, upstream to the impounded lakes and nearby reservoirs. the champagne bar contributes to flood management in the city. the circular bar is zoned to direct water through it's ramps and into the spillway situated under a moveable glass clad floor. a raised glass corridor, floats over the seine as water rises and flows through the rest of the design. the industrial function of the bar is combined with an ethereal monocoque shell that houses the light and reflective nature of the champagne bar's interior, etched glass gives an effervescent feel with the lattice spillway filtering water as it is channelled through the underground network. paris's ornate manhole covers the entrances to underground conduits, this project attempts a dialogue between architecture, paris water infrastructure and substructures as a way of managing a flooded city. jetway hotel doha heat haze hotel rooms the project is a design for a private client' s short stay hotel hangar that can be wheeled to different docking locations at an airport. the hotel lounge is an extension of the private jet which allows the passengers to rest for a period of 24 hours before departure, making it unnecessary to leave the private airstrip in search of accommodation whilst the plane is refuelled or maintenance checks performed. these types of pop-up hotel rooms cater to early arrivals before departure as well as connecting flights. the scheme is composed of three telescopic fibreglass polymer clad shells, the exterior contains perspex encased tritium sections that glow and have a ten year life span without the need for an external power supply. the scheme can be dismantled for easier transportation. the hydro-pneumatic suspension sections can be moved apart similar to that of an airport passenger jet bridge, they are cantilevered from the main structural steel frame stem which locks the cantilevered hangar roof whilst counterbalancing the lounge rooms, both sections are secured at an angle into this movable structural rig which also acts as an anchor for the scheme. rain water is filtered in order to be used by the hotel room services. a seamless polished chrome cantilevered canopy displays the jet within a highly reflective environment which can be shuttered off when necessary, the surfaces are sealed to not only showcase the plane but keep the area clean of rain water contamination making it a self cleaning hangar. a creased rubber section connects all three fibre glass shells which expands and contracts according to the shells movements. the expandable interior sections are lined with a combination of laminated glass , photovoltaic cells and low-resolution led lighting which can be programmed to create any fully immersive environment which either connects you with the existing horizon line and context or completely dislocates you from it. the design concept mimics the heat haze, shimmering effect of high temperatures during take-off and landing, altering our perception of the immediate environment, the architecture is an extension of the dynamics of it's context, using pattern recognition, digital and radioactive technology to blur the edges between the virtual and actual. the second stage implements a hot air updraught tower to contribute to sustainable energy and environmental design considerations. https://vimeo.com/94770378 hydroelectric waterfall prison 2013 the hydroelectric waterfall prison the prison is located in the pacific ocean close to the canadian coastline. the main program is a sustainable prison which acts as a hydroelectric power station. constructed of reinforced concrete, it's vertical structure consists of a floating tension-leg platform tethered to the seabed eliminating most vertical movement, with depths up to 2,000m. the concrete support is connected to 4-column semi-submersibles further stabilised by a structural ring of floating tyson turbines. 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. 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. a secondary ring of wave energy convertors (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 sored 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. 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. 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 electical energy produced is approximately 3.2mw 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. the central circulation spiral staircase connects the heli-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 prioson and the vertical drop. the design will be adapted for th

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