ANALYSIS OF ENVIRONMENTALLY SUSTAINABLE PROJECTS IN THE FIELD OF GREEN ARCHITECTURE: USE OF NATURAL MATERIALS AND RENEWABLE ENERGY SOURCES

Abstract

The article explores contemporary architectural trends focused on the establishment of sustainable and ecologically responsible environments. It scrutinizes projects incorporating natural building materials and renewable energy sources, evaluating their environmental impact and discerning their role in fostering sustainable development. Additionally, the article delves into alternative approaches for the utilization of materials during both the construction and operational phases of green buildings. A comprehensive analysis is presented, elucidating the intricacies of the "green building" concept, notable for its pronounced benefits in curtailing energy consumption for heating purposes. The salient characteristic of such structures lies in the integration of green design strategies and cutting-edge building materials. The article meticulously examines the efficacy of energy utilization within the context of a "green" architectural paradigm. Emphasis is placed on technologies and solutions conducive to diminishing energy expenditure, particularly in the domain of heating. This encompasses the deployment of renewable energy sources, optimal architectural configurations, and innovative engineering systems. The investigation reveals that the integration of green methodologies in construction is contingent not solely upon the reduction of energy consumption but also on the adoption of environmentally friendly and sustainable materials. Such materials not only serve to ameliorate the structural quality but also enhance the comfort of indoor spaces. The findings proffered by the analysis hold the potential to unveil novel avenues for the progressive refinement of green architecture and its application in construction.