Stages Of Resource-Technological Modeling Of Capital Construction Objects When Forming Investment Programs

Abstract

The problem of reliable determination of the required investments on the basis of the planned forecast assessment of capital expenditures becomes particularly relevant when forming investment and target programs of municipal, regional, federal levels, as well as investment programs of companies and corporations with state participation. In the process of organizing the conduction of construction and installation works, the choice of technology and the volume of one-time investment costs, as well as quality and cost characteristics and parameters of building elements that determine the consumption of resources for their operation influence on the optimal use of construction resources affects. The non-rational use of fuel and energy resources and other operating costs in the process of life of buildings and structures, which has a negative impact on energy intensity in industry and housing and communal services, can be prevented at the initial stages of planning, formation of the investment project and development of design and estimate documentation. The procedure for determining the fair value of capital construction projects includes accounting and comparison of parameters that collectively affect the cost of life cycle when modeling cost types. The article presents the regulations of the organization of resource and technological modeling for capital construction projects, as well as the mandatory stages of the development of such models.