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Posts Tagged ‘Architecture projects’

Descriptive and Justification

OBJECTIVES

The property development increasingly requires future projects, socially, economically and environmentally sustainable, for a society which is constantly processing. The challenge for the architect is this question how to design a housing for a family of a culturally diverse society, economically, with different types of households, ever-changing and more demanding.

The proposed project is a workspace flexible and adaptable housing, so as to respond better to a greater number of people and at the same time optimized in terms of natural and energy resources involved, providing you a social added value, Economic and environmental.

Projectos de Arquitectura - Arquitectar 09 - Projecto Z - Perspectiva 1

Architecture projects - Mastermind 09 - Project Z - Prospect 1

DRAFT/AUDACITY

The Villa is composed of social spaces with different functions in two floors (living rooms and dining, kitchen and Office) and private spaces composed of three rooms spread across two floors (two bedrooms and a bedroom with dressing and bathroom on the first floor).

The great permeability the Villa with the exterior, given through major fenestration, provides a sense of wider spaces, lit and contemplation the sea or river. A great communication between the interior spaces, given by large openings, allows a use diversified spaces and a greater relationship between household, being always able to give privacy to rooms situated at the ends.

The wide spaces of Villa rental permit Adaptive zones the various daily activities such as cooking, work, read, relax or contemplate, among other. Large wide spaces and light divisions in interior spaces allows for greater conversion of spaces, providing a flexible housing amendments to the household.

Projectos de Arquitectura - Arquitectar 09 - Projecto Z - Perspectiva 2

Architecture projects - Mastermind 09 - Project Z - Prospect 2

RENEWABLE ENERGIES

The transformation of renewable energy in useful energy is done through photovoltaic solar panels installed on the guard of the first floor and two wind generators placed in the coverage, These elements serve to electricity production. The installation of thermal solar panels and a set of horizontal collectors take advantage of solar energy and geothermal energy for heating of indoor environment and sanitary water. The sloping roof gives rainwater collection for use with non-potable, as in Garden watering, washing of exterior spaces and vehicles, discharge of flushing cisterns and washing clothes and dishes. The water stored in the tanks circulates on an independent system of drinking water supply, However, can be installed in a filter with ultraviolet rays that cleanse the water and make it drinkable. The use of rainwater allows a great reduction in water consumption, very important especially in areas with periods of drought.

Projectos de Arquitectura - Arquitectar 09 - Projecto Z - Perspectiva 3

Architecture projects - Mastermind 09 - Project Z - Prospect 3

SOLUTION FEASIBILITY

The Villa is ideally designed for the temperate climate moderated in the Algarve, Loulé zone, where temperatures oscillate between 30° C in summer and 5° C in winter.

Openings in the shell were carefully located and dimensioned in such a way as to promote the entry of the Sun in winter, avoid excessive losses of energy and allow the cross ventilation in summer. The good natural lighting allows, in 85% more often than not, the light is sufficient for the tasks during the day, they do not require artificial light.

In economic terms the investment option for the construction of a Villa sustainable durable quality and energy efficient has lower costs of use. Allies the most energy-efficient architecture, the use of the Sun, Wind and water, It is rewarding in terms of energy use and water consumption system for.

Projectos de Arquitectura - Arquitectar 09 - Projecto Z - Perspectiva 4

Architecture projects - Mastermind 09 - Project Z - Prospect 4

INNOVATIVE ARCHITECTURE

BIOCLIMÁTICOS SYSTEMS

COST OF WORK

The architectural elements of the project that take advantage of the Sun, Wind and water for lighting, ventilation, heating, cooling and heat protection, give a better energy performance the Villa rental. The major fenestration shaded by roof which projects beyond the plane of facade protects the interior spaces of the heat solar radiation in the summer allowing solar penetration however in winter for heating.

The great value of the interior spaces and the permeability with the outer space enable Ventilate the Villa rental course, giving the sensation of fresher in summer, so you can reduce or eliminate the use of air conditioning. As the air approaches the fenestration is cooled by shaded areas and in contact with the water of the swimming pool.

The use of materials heavy and massive in the external envelope provide greater stability of temperature, mainly in warmer climates prone to high fluctuations in temperature range.

The passive concepts No expensive building, because it is traditional architecture concepts such as harnessing the Sun, wind and water to the lighting, heating and heat protection of buildings.

Projectos de Arquitectura - Arquitectar 09 - Projecto Z - Perspectiva 5

Architecture projects - Mastermind 09 - Project Z - Prospect 5

Projectos de Arquitectura - Arquitectar 09 - Projecto Z - Perspectiva 6

Architecture projects - Mastermind 09 - Project Z - Prospect 6

Single-family housing composed of a social area with different functions:

  • Living room, dinner, kitchen and Office.
  • A private area with closet and a suite including sanitary installation, one bedroom and a sanitary installation.
  • A technical area with laundry, pantry, utility & equipment.
Projectos de Casas - Eco Vivenda

Projects of houses - Eco Villa

This project has 185 m2 construction area, more 45 m2 covered terrace and car parking 35 m2 covered terrace for barbecue and outdoor room.

The Villa is ideally designed for moderate climates, where temperatures oscillate between 30° C in summer and 5° C in winter, that is the Central and southern regions of Portugal.

Openings in the shell were carefully located and dimensioned in such a way as to promote the entry of the Sun in winter, avoid excessive losses of energy and allow cross ventilation in summer.

A good natural lighting allows, in 85% more often than not, the light is sufficient for the tasks during the day, they do not require artificial light.

Estratégias Bioclimáticas

Bioclimáticas Strategies

A most energy-efficient Architecture enables the use of heating or air conditioning are reduced more.

The landscaping of the surrounding is important in local integration and housing exposure controls. The trees provide protection in winter and the surrounding air cooling in summer. The pool also offers air evaporative cooling.

The ceiling fans let you move the air inside on hot days, may seem cooler at least 2.8° C, less cooling is needed for air conditioning.

The outer protection of shaders allow the Sun in summer and maximize its entrance in winter.

The Trombe wall allows you to heat the House in a natural way, taking advantage of the Sun's radiation.

Energias Renováveis

Renewable Energies

Allies the most energy-efficient architecture, the use of the Sun, Wind and water, It's more rewarding in terms of energy use and water consumption system for.

The Villa allows the installation of solar thermal water heating health, photovoltaic solar panels and mini-eólicas for micro-production of electricity. All necessary equipment can be installed in the technical zone.

Aproveitamento da Água da Chuva

Utilization of rainwater

The installation of a water reservoir allows you to collect rainwater for use in potable not consumptions, as for the watering of the garden, car wash, discharge of flushing cisterns and washing of clothes.

  • Projectos de Casas - Vivenda 1

    Projects of houses - Villa Rental 1

    Projectos de Casas - Vivenda 2

    Projects of houses - Villa Rental 2

    Orientação Solar

  • Promoção dos ganhos solares
  • Exterior shadings
  • Scaling of the glazed area
  • Posicionamento dos espaços interiores
  • Protecção dos ventos dominantes
  • Isolamento térmico
  • Inércia térmica forte
  • Ventilação natural cruzada
  • Evaporative cooling