Green architecture is an increasingly popular concept. This is because sustainability has been a constant issue in society. This branch of Green building architecture is concerned with the impacts of the activity on nature. That is why it proposes the use of materials with a low impact on the environment, techniques for capturing and reusing rainwater, implementing renewable energies, etc. This new trend brings several benefits to the environment, professionals, and customers.
Examples of green architecture
From its planning and implementation, sustainable construction should reduce the consumption of energy and natural resources. For this, some practices are used that make a difference. Thus, to create a sustainable project, the responsible architect must:
• Analyze the region's climate and ecosystem to reduce impacts on the environment.
• Reduced waste of construction materials.
• Use of natural light.
• Reduced water use in architectural projects.
• Use of sustainable technologies.
• Use of ecological materials present in the project region.
• Properly dispose of construction waste.
What is to know about Zero energy?
The concept of zero energy has been gaining more and more strength in the scenario of renewable energies. For researchers, Zero Energy Building Singapore is the future of construction and a tendency to become the norm. It is called zero energy when all the electricity needed to supply a building is produced by itself. The most common system is one in which electricity is produced by capturing sunlight from so-called photovoltaic panels. Its cost can vary according to the size of the project and how much energy is expected to be produced to supply the existing demand. There is also the possibility of using wind, biomass, or geothermal energy.
Some important points to notice
On the one hand, if research is moving positively towards solutions that are increasingly more efficient in zero energy, on the other hand, it is necessary for the building construction market to be attentive to changes. It must work effectively to expand the use of energy sustainable and offer some possibilities.
• Adequacy of the structure – The building must be adapted to receive the equipment that will generate the energy, as well as the distribution system.
• Incorporate bioclimatic architecture – Details such as the use of natural light for indoor lighting in buildings make a huge difference in electricity savings.
• Energy certificates – The building suitable for renewable energies is more valued.
For example, approximately 43% of the electricity produced in Indonesia is consumed by residential, commercial, and public buildings. This would be the percentage of energy saved if these same buildings were zero energy.
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