5 steps to planning green and resilient buildings

The rate of development in the construction industry is unprecedented and 230 billion square meters of new buildings are projected to be constructed over the next 40 years worldwide. According to the latest figures, in 2021 around 28% of global CO2 emissions came from energy consumption in the building sector.

Furthermore, when emissions from building materials are included, this number jumps to 37%. Furthermore, research by the Inter-American Development Bank suggests that living in carbon-free buildings can be cheaper and more comfortable. The planning and construction of green buildings represent a great opportunity to combat the effects of climate change and contribute to the achievement of the goals established in the Paris Agreement.

To create sustainable and resilient structures, it is critical to consider local environmental weather patterns such as sunlight, wind speed, humidity levels, precipitation and other weather parameters, along with possible predictions of climate change. Understanding the environment, including vegetation, any pre-existing infrastructure and accessible materials, is critical.

When it comes to constructing a building, it is essential to plan the necessary parameters in the early stages of the project. These parameters are critical to successfully completing the job. By leveraging AI, it is possible to anticipate the steps needed to adapt to climate change and manage the risks associated with natural disasters.

Furthermore, this technology can help optimize the use of bioenvironmental factors and resources, reduce energy and water consumption, and increase people’s comfort and well-being. To assess the sustainability of green buildings, there are several certifications and rating systems available. Its use is particularly relevant in places where laws or regulations to enforce the construction of green buildings have not yet been implemented.

The IDB is taking steps to facilitate the certification of buildings, such as the San Martín Employment Center in Peru, the João Pessoa Sustainable Program in Brazil, and the Espaços da Primeira Infância in Argentina. These efforts demonstrate a commitment to improving services and infrastructure.

Do you want to design greener and more resilient buildings?

Follow these 5 easy steps to plan green and resilient buildings! This will help you create sustainable and long-lasting structures.

It is essential to carefully assess the climate risks and circumstances of each location. Gather as much detail as possible about current and projected climate scenarios, including: of the local microclimate. This helps to manage any potential danger more intelligently. By doing this, you can ensure that the building meets the precise requirements to be energy efficient, comfortable and fit for purpose.

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By examining the characteristics of the site, it is possible to identify the most advantageous renovation and energy efficiency techniques, prioritizing:

for. adaptation strategiessuch as: To protect against floods, you can use plant level elevation, rain gardens, and drainage pavements. Hurricane force winds can be protected with reinforcements in building envelope anchors, glazing and window protection.

In addition, water collection and treatment systems are essential for a comprehensive and safe solution in the event of drought threats. Depending on the level of risk or threat, these strategies aim to reinforce the robustness of structures, making them better equipped to face the effects of climate change.

B. passive strategies of bioclimatic architectural design, such as: Many elements are involved in the design and construction of a successful building, such as its location, orientation, ventilation and natural lighting, solar protection of windows and thermal insulation.

Also, planting trees in strategic locations can provide cool shade year-round. Through these strategies, users can enjoy an ecological atmosphere that leads to a significant reduction in energy demand and emissions when the building is used.

w. active strategies: Technologies like energy-efficient lighting, air conditioning or heating systems can make a big difference in how you function. Several measures are being taken to improve the energy efficiency of all machines, tools and systems in a building, reducing energy requirements and supporting the decarbonization of the energy sector.

To discover the right materials, one can assess market accessibility, giving preference to solutions that have little ecological damage and require low energy consumption throughout their manufacturing lifecycle.

Furthermore, materials such as wood, bamboo, cellulose, wool and natural fibers are all recyclable and can be used to build green buildings. Additionally, the use of structural insulation boards and green concrete can help minimize a building’s carbon footprint.

Figuring out how much energy you need will help you decide whether you need to install renewable energy sources such as photovoltaic or solar thermal systems. These systems can work independently or help meet certain building requirements, such as providing exterior lighting or powering specific machines. They can offer various solutions to meet all your demands.

In addition to energy consumption, other factors such as water consumption, wastewater and solid waste management can also be controlled to reduce the impact of buildings during operation. Optimizing these areas will further support a sustainable future and benefit generations to come.

With information from iadb.org

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