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The report presents improvement methods review in the fields of the steam turbine units design and operation based on modern information technologies application. In accordance with the life cycle methodology support, a conceptual model of the information support system during life cycle main stages (LC) of steam turbine unit is suggested.A classifying system, which ensures the creation of sustainable information links between the engineer team (manufacture's plant) and customer organizations (power plants), is proposed.Within report, the principle of parameterization expansion beyond the geometric constructions at the design and improvement process of steam turbine unit equipment is proposed, studied and justified.The report presents the steam turbine unit equipment design methodology based on the brand new oil-cooler design system that have been developed and implemented by authors. This design system combines the construction subsystem, which is characterized by extensive usage of family tables and templates, and computation subsystem, which includes a methodology for the thermal-hydraulic zone-by-zone oil coolers design calculations.The report presents data about the developed software for operational monitoring, assessment of equipment parameters features as well as its implementation on five power plants.

Improvement of Steam Turbine Operational Performance and Reliability with using Modern Information Technologies