Maintaining Building Comfort During the Transition from Summer to Autumn

The transformation of the seasons brings about noticeable changes not only in nature but also within our buildings. As the hot and intense climate conditions of summer give way to the cool breezes of autumn, preserving indoor comfort becomes more critical than ever. In this transitional period, the use of appropriate building materials and insulation solutions enhances the quality of life for occupants while supporting a sustainable approach to living spaces.

Achieving Seasonal Balance with Thermal Insulation

During autumn, the temperature difference between day and night increases significantly. These fluctuations can cause sudden changes in indoor temperatures, negatively affecting users’ sense of comfort. Properly applied thermal insulation reduces the impact of these variations and helps maintain a stable indoor climate. In particular, high-performance materials used in façade and roof insulation prevent energy losses, thereby improving both comfort and energy efficiency.

Ensuring Continuity of Acoustic Comfort

The lively atmosphere of summer gradually gives way to a calmer environment in autumn. However, this period also brings increased noise from sources such as rain, wind, and other outdoor factors. Acoustic insulation systems used in buildings prevent these sounds from penetrating indoors, ensuring that occupants enjoy a peaceful living environment.

Acoustic solutions not only limit external noise but also reduce sound transmission between floors inside buildings. In this way, the privacy of individuals in shared living spaces is preserved, and overall quality of life is enhanced.

Moisture and Ventilation Balance

Autumn is a period when humidity levels fluctuate significantly. High humidity can lead to the formation of mold and mildew within buildings, while low humidity can create an unhealthy indoor environment. Proper ventilation systems and humidity-regulating solutions help maintain the overall health of buildings during this transitional season.

Combining natural ventilation methods with mechanical solutions supports continuous fresh air circulation indoors. Window systems with double-glazing technology, along with acoustically enhanced insulation materials, not only prevent energy loss but also improve occupant comfort.

Energy Efficiency and a Sustainable Building Approach

The increased energy demand during seasonal transitions creates cost pressures for users while also contributing to environmental impacts. For this reason, energy-efficient solutions provide not only individual benefits but also support sustainability goals on a societal scale.

The transition from summer to autumn represents a critical test for buildings. During this period, factors such as thermal performance, acoustic comfort, and moisture balance must be addressed together to ensure durability and sustainability. With its innovative solutions, DKM preserves occupant comfort under all seasonal conditions and provides a reliable roadmap for the buildings of the future.

References

• Republic of Türkiye, Ministry of Environment, Urbanization and Climate Change. (2023). Regulation on Energy Performance in Buildings.
• TÜBİTAK. (2022). Report on Energy Efficiency and Building Materials.
• Istanbul Technical University, Building Materials Research Center. (2019). The Role of Thermal and Acoustic Insulation in Buildings.
• European Environment Agency (EEA). (2021). Energy Efficiency and Indoor Climate.

Yıldız Technical University. (2020). A Study on the Relationship Between Human, Space, and Building Comfort(Master’s Thesis, D. N. Çoşgun).