Factor systems simulation at all phases of an energy-efficient project life cycle

Abstract

An adequate assessment of the level of energy efficiency of real estate objects depends on the modeling of organizational, technological and managerial factors affecting the energy efficiency of real estate objects. The using of mathematical modeling of the potential of factor systems in the design and improvement of the energy efficiency of buildings is the main tool that allows you to take into account organizational and technological factors that to a greater extent affect the energy efficiency of buildings at all phases of its life cycle. In this way, starting from the relative uncertainty of the deadline and cost of an energy-efficient real estate object at various phases of its life cycle, the structure and processes of creating an energy-efficient real estate object were considered using the methodology for taking into account the influence of organizational and technological factors. This technique was considered in mathematical modeling as a process of placing a real object, that is, a mathematical model, in order to analyze and obtain data on the most important properties of an energy efficient real estate object. Due the application of this methodology at each phase of the life cycle when designing an energy-efficient real estate object, it is possible to assess the impact of organizational and technological solutions in the process of implementing the construction of an energy-efficient real estate object on the integral quality potential, thereby affecting the operational characteristics of the object.