ENERGY OPTIMIZATION OF ARCHITECTURAL AND PLANNING SOLUTIONS FOR CAPITAL CONSTRUCTION PROJECTS
The limits of practical application of algorithms for the division of the deterministic part of climate information determining heat losses during the heating season are determined and a concrete example of the optimal algorithm is given. A method for calculating the total heat losses caused by macroscopic flows of liquid coolant and air outside the ACS during the heating season is formulated. It is proved that a set of formulated algorithms makes it possible to optimize the previously obtained vector hierarchical information model of energy saving of the full life cycle of the project and methods of updating and verifying the basic information of the model. Since the main parameters of architectural and planning solutions cannot be changed throughout the life cycle, their energy optimization is the basis for energy saving of the project. Thus, the integration of energy planning models makes it possible to fully realize the potential of energy saving; optimization of the balance of energy supply and demand; planning and analysis of the results of energy modernization and vector hierarchical information models of the full life cycle of the project. Information models of energy saving of the full life cycle of the project should take into account both the thermal and physical characteristics of materials and structures, and macroscopic heat flows into the environment. Climate information should be cleared of the stochastic component.