Building Life Cycle Analysis: Why is it Necessary for Sustainable Building Management?

Building life cycle analysis is an analysis that evaluates all phases of a building from its construction to its demolition. This analysis is important for sustainable building management because buildings account for approximately 40% of total energy consumption and approximately 30% of greenhouse gas emissions worldwide.

Sustainable building management aims to manage buildings in the best way in terms of sustainability and energy efficiency. This provides many advantages such as reducing energy costs, reducing environmental impacts and creating healthier interiors.

Building lifecycle analysis is essential for sustainable building management because it provides:

Identification of Environmental Impacts: The analysis helps determine environmental impacts by evaluating the sources, production process and waste of materials used in building construction. In this way, environmental impacts during the construction of the building can be minimized by considering important factors such as whether the materials used in the building construction are obtained from renewable or reusable sources.

Improving Energy Efficiency: Building life cycle analysis identifies what needs to be done to increase energy efficiency throughout the building operation. The analysis can reduce building operating costs by taking into account where the building's energy consumption is made, technologies that can be used for energy saving, and alternative energy sources such as solar energy, wind energy or hydroelectricity.

Cost Reduction: Building life cycle analysis can be used to reduce building operating costs. By assessing the costs incurred during building operation, the analysis can identify the most appropriate options for sustainable building management.

Healthy Interiors: Building life cycle analysis is also necessary for the creation of healthy interiors.