Green Architecture
ENERGY EFFICIENCY: PASSIVE TECHNIQUES
Conditioning buildings to fit in with their climatic environments
Regulating Solar Radiation
Improving natural lighting
Improving natural ventilation
Constructive optimization and specification of high-performance building envelope systems
ENERGY EFFICIENCY: ACTIVE TECHNIQUES
Highly efficient building systems to reduce energy use and promote the active use of renewable energy sources
High indoor air quality and occupant comfort
Ventilation systems: (HVR) Heat Recovery Ventilation and (ERV) Energy Recovery Ventilation
Artificial Lighting improvements using specific design technics to reduce energy consumption. Software lightning analysis
Solar thermal, solar photovoltaic, wind, geo-thermal and biomass energy
THE WATER CYCLE
Landscaping, We use landscaping in a total different way than others, we design gardening whit species that helps to improve thermal comfort indoors and outdoors the buildings
Water efficiency – We recycle the rain water by collecting in containers, then we reuse it for watering the gardens.
VEGETATION
indoors vegetation to achieve thermal comfort
Interior sky gardens
Green roofs whit real grass technics
Green walls and vertical gardens
REGULATION AND CONTROL
Building management system
Security
Savings
Energy comfort
MONITORING
Monitoring energy use
Visualization and diffusion of results
OBJECTIVE
We seek to contribute to the fight against climatic change by reducing the carbon emissions generated by the urbanization process and, at the same time, to improve the quality of life of the users of buildings.
Achieving this aim requires a wide vision and the use of a holistic approach to the design and construction of buildings and also new urban developments.
COMFORT
We aim to offer the inhabitants of buildings a healthier and more comfortable lifestyle. With sustainable architecture, the internal living conditions improve:
The object is to control the air quality, temperature, natural lighting and solar radiation, using materials and systems that also have a positive impact on their occupants.
ENERGY
We try to reduce the carbon footprint. Sustainable architecture seeks to save and increase the energy efficiency of buildings and also provide all the necessary energy from renewable sources. This can be done through integrated systems within the building itself or by obtaining these characteristics from the immediate environment and/or the distribution network.
ENVIRONMENT
We seek to make a positive impact on our immediate environment. Sustainable architecture interacts with its context, minimizing the use of resources and considering their complete lifecycle.