This house was built for a family of 5 members, with high ecological commitment, and ecological, and interested in sustainable construction.
Its location is the result of seeking a high social integration in his environment where neighborhood relations and participation in their structures are considered very important, as well as proximity to all services within 500 meter radius, such as: market, shopping center, pharmacy, bakery, health center and a hospital within five miles.
We believe it is much more efficient and sustainable rehabilitate deteriorated housing in urban housing and replace it with a high efficiency, which occupy land or green plot and build on it. With this philosophy, we recover green roof for the city.
The house is raised in height, between party, under the requirement of being a passive house project and bioclimatic with green roof, high efficiency, without CO2 emitions and self-sufficient. This is a comfortable home for its residents, respectful with their surroundings and environment, and a very high energy performance. This has been achieved by the energy rating “A”.
Demolition, Recovery and Recycling: We started as a prerequisite to perform a selective demolition by hand to achieve a perfect classification of all material and thus be able to recover as much as possible. To achieve this we agree with the registrar of the demolition project reaching set to recycle and recover 90% of the demolished material. Aggregates are developed and separate different metals. All this is incorporated into the structure and foundation of the work, so we get another key objective, recover, recycle and reuse. These three “r” are code of ethics for sustainable construction and how could it be otherwise, for this project.
Besides recycled aggregates in the concrete structure, this structure comprises a sheet cladding of Climablock (mineralized wooden block with insulating filler concrete and graphite), an enclosure system of high thermal inertia and high isolation .
Organic garden and Wind Energy floor
Topping the coffer block circulation, leading to the top floor of the house, site of the organic garden to plant vegetables and herbs designed terraced staircase. Next to the garden, supporting the turbine (Design: Phillip Starck) in addition to architectural and landmark auction house, this turbine provides an important source of clean energy.
It is on this level where the project gives all its glory, as combined in an interactive technology with leisure time for the enjoyment of its residents.
The Terrace has pool, sundeck, garden, fish pond and gazebo with barbecue. The pool is heated during spring and fall with energy from the thermal plates and active curtain wall.
Roof deck and Facilities Technician
Besides containing all the necessary equipment and facilities to cater to the entire house, serves as a thermal cap, generating a higher temperature insulation plants use the housing.
The second floor, will house three bedrooms and three bathrooms, the partitions will be in viroc, an enclosure dry wood board / cement. Installs flooring in the whole plant laminated floor.
This plant is configured as a single living space kitchen, living room, dining room and library. By way of an open plan, has all its space, certified wood flooring and a glass enclosure at the perimeter of the patio lights
This plant is the meeting place and daily life of the family, in addition to the green roof.
The ground floor houses on the north side room with bathroom, designed to support domestic service which also houses the limpiezaque room has central vacuum throughout. This room will have all the services and functions independently of the rest of the house.
On the south and along the hall stands a professional office, designed for customers if needed, acting as the lobby waiting area.
The hall has access from the garage to the house. All these spaces have the same treatment as the upper floors. The garage has automatic door and remote control.
In access to housing is a system of recognition and video surveillance throughout the telephone network of housing including mobiles that are remote controls, touch also on the floor, with a solar tube which passes light to the basement .
The façade is made of limestone in the area on a mortar ventilated weber three layer breathable and thermal, which makes up the entire building envelope and eliminates the possibility of thermal bridges or unwanted infiltration, sealing around the perimeter.
The space also has a heat exchanger installed VMC (controlled mechanical ventilation). This system takes air from the basement and tempered and recycled by all plants, recovering both in winter and in summer up to 90% of the indoor temperature in his exchange with the outside air. Basically this works like a sun basement of a large “bell” that takes air from the floor skylight atrium of ending on the ground floor and the air recirculates it through the system.
This system is usable and high energy efficiency with a single control system becomes hidroregulable housing.
PASSIVE SYSTEM OF HEATING / COOLING
Active Curtain wall : The transparent enclosure south facade system consists of a radiator + refresher.
This prototype system, developed by the firm IntelliGlass is a curtain wall triple glazing and glass dual chamber, one of these and other air circulating water, which absorbs up to 90% of the solar radiation through the summer refrigerándose well water in summer.
In winter stops the recirculation of water and water glass deposited in the chamber is heated by the sun act as heat radiator inside, while leaving in sunlight.
* Heat recovery unit – Thermodynamic:
By Controlled Mechanical Ventilation, both in winter and in summer the ventilation system keeps fresh air out and gives way to the incoming air temperature outside in the heat exchanger with an efficiency of over 90% in addition to control indoor humidity. In cold weather, the heat exchanger will be compensated with a heat pump to provide the necessary kilocalories.
* The Courtyard of Lights, through cross ventilation during the night, opening the courtyard and facing the same enclosures, housing will cool naturally.
This system also has the shading produced by the solar store unaalberca supported by water and plants in the ground floor, cause the air inlet (with skylight) to the basement, is at least 5 degrees.
In short, this makes passive design inlet air temperature to the patio lights, go down slowly and at night in the summer is a source of air intake for cross ventilation of the house.
Total energy for heating and cooling of the house less than 15 kWh/m2/year.
As can be seen, this property has many alternatives and facilities must be handled each time depending on the external and internal conditions, in order to achieve the appropriate degree of comfort.
a) wind power production through wind
b) production of electricity through photovoltaic solar panels
c) inverter that synchronizes energy delivered by the wind turbine and photovoltaic roof, pouring everything produced to the grid.
The combined system of photovoltaic roof and vertical axis wind turbine, we can produce about four or five kw, we consider sufficient quantity for self own housing, so we understand at this property as a zero energy building.
More info about the house:
Renders and 3D Animations by: www.ABpositivo3D.com
(Traducted by Google)