Authors

  • Xilolaxon Sultonova
    Termez State University of engineering and Agrotechnology Architecture (by type) 2nd year student

DOI:

https://doi.org/10.71337/inlibrary.uz.aijmr.73059

Keywords:

environmental sustainability building

Abstract

in the 21st century, architecture has undergone significant changes. They are aimed at ensuring environmental sustainability, innovative technologies and harmonious coexistence of man with the natural environment. Today, architecture is not only limited to creating aesthetically attractive buildings, but also focuses on minimizing its impact on the environment. Modern technologies and innovative solutions allow architects to design energy efficient, ecological and comfortable living spaces.


background image

Acumen:

International Journal of Multidisciplinary Research

ISSN: 3060-4745

IF(Impact Factor)10.41 / 2024, VOLUME-2, ISSUE-2

440

Acumen: International Journal of Multidisciplinary Research

MODERN ARCHITECTURE AND ENVIRONMENTAL SUSTAINABILITY.

S

ultonova Xilolaxon Orifjon qizi

Termez State University of engineering and Agrotechnology Architecture (by type)

2nd year student

Annotation:

in the 21st century, architecture has undergone significant changes. They

are aimed at ensuring environmental sustainability, innovative technologies and
harmonious coexistence of man with the natural environment. Today, architecture is
not only limited to creating aesthetically attractive buildings, but also focuses on
minimizing its impact on the environment. Modern technologies and innovative
solutions allow architects to design energy efficient, ecological and comfortable living
spaces.

Keyword:

environmental sustainability, building, ecology, modern, electric energy,

architecture, resources, transportation.

Principles of environmental sustainability role in architecture

Environmentally sustainable architecture is based on the following important

principles:

1. Energy efficiency-reducing energy consumption through the use of modern

materials, thermal insulation, solar panels and wind turbines.

2. Rational use of resources is the use of recycled and local building materials,

which reduces CO₂ emissions and transportation costs.

3.Green technologies are the integration of green roofs, vertical gardens, rainwater

harvesting systems and energy – efficient windows.

4. Smart technologies are automated building management systems (intelligent

lighting, ventilation, heating) that reduce electricity and water consumption.

5. Bioclimatic design is the design of buildings taking into account climatic

conditions, which makes it possible to create a favorable microclimate, taking
maximum advantage of natural conditions.

6. Harmony with the natural landscape – to carry out construction and revitalize

the urban environment, while maintaining natural landscapes.

7. Carbon footprint reduction is the use of low carbon materials and waste

recycling in the construction process.

8. Multifunctional living areas are the efficient use of resources by harmonizing

living, working and resting places in urban environments.


background image

Acumen:

International Journal of Multidisciplinary Research

ISSN: 3060-4745

IF(Impact Factor)10.41 / 2024, VOLUME-2, ISSUE-2

441

Acumen: International Journal of Multidisciplinary Research

9. Green energy is the widespread introduction of alternative sources of

electricity through the use of solar panels, wind generators and geothermal energy

sources.

Examples of environmentally sustainable buildings

Many innovative and environmentally sustainable projects are being implemented

around the world. The following are several notable projects: - The Edge (Netherlands)
is one of the most energy efficient office buildings in the world, famous for its smart
technology and solar panels. – Bosco Verticale (Italian: Bosco Verticale) is a complex
of living towers located in Milan, covered with trees and plants, which reduces the
level of air pollution. – One Central Park (Australia) - characterized by Integrated
Green systems and built-in mirrors for natural orientation of sunlight to the lower
floors. - Masdar City (UAE) is a fully environmentally sustainable urban project built
on the basis of solar energy and natural ventilation systems. – The Crystal (UK) is a
sustainable development centre with renewable energy and rainwater harvesting
systems. - Singapore Gardens by the Bay (Singapore) is a project built in harmony with
the environment using artificial climate gardens and modern technologies. - Eden
Project (UK) is a large green complex created for Biodiversity Conservation and
Natural Environment Research.

Architecture of the future: new paradigms

The architecture of the future will take environmental sustainability to a higher

level. New buildings will not only be energy efficient, but also help to restore natural
resources and protect the environment. At the same time, the following principles take
priority: - Striving for carbon neutrality-buildings will be equipped with new
technologies to reduce carbon emissions to zero degrees. - New biomaterials-the use
of natural and renewable materials to improve living conditions and reduce
environmental impact. - Intelligent climate control-buildings automatically optimize
energy consumption, adapting to external conditions.

Conclusion:

modern architecture is developing based on the principles of

environmental sustainability. With the help of new innovative solutions and smart
technologies, buildings not only create a comfortable living environment for humans,
but also serve to optimize the use of Natural Resources. In the future, architecture will
further develop on the principles of energy efficiency, environmental harmony and
technological development. This makes it possible to provide a comfortable and stable
living environment not only for today, but also for future generations.

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