Sketch models of the different circulation paths: Chicken, Angora Goat and Human
Energy-Loop Cycle of the Power Station
Time-table of the Power Station
The walls of the Power Station are designed to regulate the internal thermal comfort of the building through different seasons of the year. 
In the winter, Hay is replenished between the wall as feed for the Angora Goats. As the climate warms up approaching summer, the Hay wall would have also been correspondingly depleted by the hungry Angora Goats hence creating a relatively porous facade to facilitate passive cooling. The Columns in which Hay was initially stored can then double up as a wind tower, driving cool breeze into the internal spaces of the Power Station.
The Chicken residents of the Power station inhabits the spaces between the walls of the building, therefore doubling up as natural wall insulation. To minimise the risk of cold bridging, the chicken paternoster lift would ensure that the an even and constant distribution of insulation and heat within the walls is maintained through the rotating chickens. 
Due to the difference in diurnal temperatures, the Chickens are kept within the walls in battery condition during the sleeping hours of the migrants (9pm-5am). The time in which the chickens are kept indoors would lengthen approaching winter.
In the summer and during the day time, the Chickens would be ushered into the free-ranging zone hence  once again free-ing up the walls for passive ventilation and breeze.
Chickens free-ranging zone
Prayer room facing Mecca
Herb and Algae garden (Provision of bio-luminescene lighting for the power station)
Rainwater Harvesting system
Angora Goat circulation spaces

In 2006, the Turkish Government released plans to renew the Tarlabasi neighborhood and demolish the existing buildings through the Tarlabasi Yenileniyor project. The plan was to relocate  migrant communities to the periphery of the city and bring in new commercial investments. Despite the rising resentment, evictions soon began and the power supply was cut off in a number of areas to force the residents and those who illegally tapped into the municipal power grid out of the city.

The Lost and Found Power station is a monument to the faceless migrant worker community whose very hands built the city but remain excluded from it.
Built as a non-profit collaborative effort between the community and a group of activist architects, the power station seeks to address the immediate issue of the possibility of creating a self-sustaining architecture which explores the interaction of human and nature to generate its independent source of energy. Independently funded without any support from the Government,the power station is an experimental prototype which respond to the unsustainable population increase in the city and its subsequent strain on existing energy  and food resources.

Programmatically, the building functions  as a community house, where the private functions of everyday domestic activities are extracted and played out on a much larger public scale. A hybrid of domestic functionality coupled with an industrial typology, energy is generated through a series of ‘energy devices’ invented by the activist architect as well as by the occupant’s daily activities which forms a closed loop energy cycle.
Expanding on the traditional lifestyles of the migrant class, the existing rearing of animals within the neighborhood is encouraged through the scheme. A total of 300 chickens and 30 goats reside within the power station full-time.The animals form a crucial part of the energy strategy, functioning not merely as a source of food but as insulation for  the power station. The spatial configuration of the scheme takes into consideration the needs and habits of its 3 unique user groups  but with particular attention to facilitating the use of animals as natural insulation and heat radiators. ( a power conservation strategy*).

The full-time animal residents and their various traits and habits inform the design of the building, The human occupants  occupies the zones between the animal living spaces,there by benefitting from a dynamic and adaptable external ‘envelope’ which caters to the fluctuating seasonal temperature variations.

It is projected that the power station could eventually be replicated within the different gated communities characteristic of Istanbul, thus alleviating the immense pressure on the limited existing energy and urban food sources and  more importantly,diversifying the method of  power generation.

The Lost and Found Power Station II argues for the strategic adaptation of traditional methods of living as an effective means of looking towards a sustainable future, thereby rejecting technical fixes so often frivolously employed in the modern world.

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