Rational Design of Engineering Systems in High-Rise Buildings

Abstract

Development of heat supply systems for high-rise buildings is part of the complex of energy and resource saving. Hydrostatic pressure of the environment in a high-rise building is the main factor that determines the design principles of heating, ventilation, air conditioning, cold supply, hot (DHW) and cold-water supply, drainage and sewerage, as well as electricity, despite the difference in the types of energy carrier or working fluid. Often, the task of ensuring the reliability of these systems comes out on top, pushing aside the issues of energy conservation and energy efficiency. In almost all cases of engineering systems design in high-rise buildings, the main method for limiting hydrostatic loads is zoning (partitioning) of a multi-storey building by height. Technical floors for zoning are a necessary, widely used technique used in high-rise construction, which must be efficiently implemented when designing engineering support systems for high-rise buildings.