[Infographic] Sustainable Architecture

Sustainable Architecture


Sustainable architecture

Sustainable architecture designs as well as constructs buildings to be able to limit their environmental impact, to achieve positive effects on health, energy efficiency, comfort as well as enhanced livability for the inhabitants; all this can easily be achieved through the implementation of appropriate technologies within the building. Sustainability in architecture can address the negative as well as social impacts of buildings by utilizing design methods, energy, materials and development spaces, which are not detrimental to the environmental ecosystem or communities. Philosophy is to be able to ensure that actions taken today do not have negative consequences for the future generations and comply with principles of economic, social and ecological sustainability.

To begin with, sustainability in architecture needs to take into account natural resources and conditions that are at the site, hence incorporating these into designs wherever possible. It does also mean utilizing materials, which minimize structure’s environmental footprint, whether it be due to the results manufacturing processes or even the long transport distances. The sustainable architects and builders should also be able to consider employing systems into the design that does harness waste and reuse it efficiently as possible.


Factors that define sustainable architecture

Spacing

One of the critical components when it comes to sustainable building design is spacing.  For the LEED certification, the architecture does strive to maximize the interior daylighting through introduction of the daylight as well as views into the occupied areas of the building. Use of the raised floor system can enhance space efficiency by being able to support more efficient underfloor systems and at the same reduce overall building height.

Lighting

Green lighting design easily matches the quality of light to the function of the space. Sections of lighting for the various areas or the different functions should be on the separate controls to allow users of the space to decide on how much light is required.

Ventilation

GNatural ventilation is very healthy as well as a cost-effective way to save energy and offer fresh air for building the occupants. It has been defined as using the passive strategies to be able to supply outdoor air to the building’s interior for cooling and ventilation without using the mechanical systems. The natural ventilation has become the critical component of the green building today that is needed.

Material used

The materials that are used in the green architecture are those, which encourage excellent thermal performance, water efficiency, energy efficiency, resource management as well as save general construction costs. Materials long term effects on the environment are a vital criterion for selection.


How to achieve sustainability in Architecture

Sustainability in architecture starts with research. The first step is to be able to carry out inspection of the site to be able to determine natural conditions and constraints that should be taken into account.  This is also the time to be able to check on the local authority regulations and requirements or even meet with the relevant persons to be able to discuss your particular project.

If you are building within or for the community, you must chat with the locals to get input as well as feedback. Well, there are cultural or even religious considerations you have not addressed, or they may have a better understanding of the natural environment. In particular, it is essential if one is building within a community which is not your own, please ensure that the locals approve as well as feel included in a project, rather than going on to impose it on them.

The next stage is to be able to sketch drawings to be able to explain the proposed design, and this includes preliminary material selections as well as finishes. These can later be expanded into more detailed designs that do include constructional systems and materials as they do adhere to project budget and the site constraints. Computer-generated 3D models can help one to visualize the structure, and this includes ‘fly-throughs’.

At this stage, there is going probably to be some alterations concerning the various design elements, which need to be tweaked before the architect can be able to prepare the requisite drawings and schedules. It is at that stage that the building planner is going to coordinate design work with other consultants to be able to guarantee that they understand sustainable intent of architecture. It can be you that is taking on the role of being responsible for project management, its material suppliers and contractors.

Also, you will need to prepare any necessary documents for planning the applications if required by the authorities. Sections, plans and elevations and details, as well as schedules, are going to be prepared as well as approved by the authorities before you can call the tenders for work.


Energy efficiency in sustainable architecture

One of the critical goals in achieving sustainability in architecture is energy efficiency over a long period. This does mean implementing both passive as well as active techniques to be able to reduce the building’s energy needs as well as enhance their ability to capture or generate their energy. Possibilities of making exploit of the local environmental resources are among the most critical things that one needs to consider when one is carrying out the initial site inspections.

Proper building placement is vital in minimizing its energy consumption, hence creating a design, which works with the natural surroundings and not against them. The orientation of the building and its windows or size of its rooms are good examples of the passive architectural strategies to be able to ensure energy efficiency. Well-insulated building is going to require less heat generating or even dissipating power, provided it does have the capacity to ventilate as well as expel polluted indoor air.

The solar panels can also be added to the roof to generate electricity for the home with the roofs often angled towards the sun to enable photovoltaic panels to capture energy efficiently. The solar water heaters are a very cost-effective way of being able to generate hot water for the household, while air source heat pumps can be used to be able to remove the unwanted heat from the interior of the house. The small-scale wind turbine can serve to generate electricity with high effectiveness, which is determined by wind conditions at that site.

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