2023-08-25 18:05:35
It is undeniable today that great challenges await human societies on the ecological level. If we want to maintain our current lifestyles, this will inevitably involve the implementation of a real energy transition, with the aim of reducing the level of consumption of buildings as well as their greed in fossil fuels.
Therefore, public authorities, companies and major real estate owners should all ask themselves the following question on a daily basis: how reduce the environmental footprint of buildings to accelerate the energy transition?
Reduce the environmental footprint of buildings by improving their insulation and efficiency
In order to reduce the environmental footprint of buildings, improve their insulation and their energy efficiency is essential. Adopting high-performance insulating materials for walls, roofs and floors makes it possible, for example, to minimize heating and air conditioning needs. On the other hand, replacing conventional windows with double or triple glazed versions reduces winter heat loss and prevents summer overheating. Finally, it can be effective to opt for energy-efficient equipment, such as heat pumps.
These combined measures provide a sustainable approach to make our buildings more environmentally friendly. And above all, they will allow companies to comply with certain standards such as the tertiary decree. To find out more regarding all the regulations in force and to see you offered global solutions to comply with them, it may be wise to consult a firm specializing in the subject such asAdvice.
Integrating renewable energies to accelerate the energy transition
And know the RE2020 standard for new homes remains very useful, we can nevertheless try to reduce the environmental footprint of buildings without having studied it in detail. For example, we know that the integration of renewable energy in building design is crucial for accelerating the energy transition and organizing the conditions for a sustainable future. Photovoltaic solar panels, placed on roofs or facades, convert sunlight directly into electricity.
They are therefore likely to help us reduce our reliance on fossil fuels. For their part, solar thermal systems exploit the energy of the sun to heat water and interior spaces. At the same time, green roofs and vertical gardens offer a double functionality: they reinforce thermal insulation of buildings and promote biodiversity in urban areas, while reducing the effects of heat islands. These renewable initiatives are steps to follow in order to organize greener and more economical cities.
Thinking regarding bioclimatic building design technologies
Finally, we must be able to combine the positive effects of the latest trends in renewable energy with those of innovations in terms of the bioclimatic design of structures in order to reduce the environmental footprint of buildings. The bioclimatic design aims harmony between buildings and their environment. A judicious orientation of the latter maximizes solar gain in winter for natural heating, while limiting summer exposure.
This approach also encourages natural ventilation, making mechanical air conditioners less necessary and reducing energy consumption. In addition, favoring ecological and local materials, such as wood from sustainable forests, minimizes the environmental impact of construction. In short, this design relies on natural solutions and local resources to produce eco-responsible habitats. Also, do not hesitate to inform yourself regarding the ways of articulating these different sectors of action in order to make your own energy transition.
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