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Development, design and economical analising of thermal power units and systems laboratory
Main / Main Activities > Heat Exchange and Cycle Equipment Division > Development, design and economical analising of thermal power units and systems laboratory

Main activities of the laboratory:

  • thermal testing of power units for nuclear and thermal power plants to plot specified thermal characteristics and determine measures to improve energy efficiency of power units;
  • testing of the condensing system to determine the effectiveness of the modernization performed;
  • testing of the turbine plant to determine the effectiveness of the modernization performed;
  • analysis of operating modes, testing and creation a parameter chart to optimize operation mode of technical water supply system of nuclear power plants;
  • analysis of operating modes, testing and creation a parameter chart to optimize the thermal hydraulic mode of heat supply system of nuclear power plants;
  • energy survey of power units of thermal and nuclear power plants, manufacturing enterprises;
  • optimization of low-potential part of turbine units of thermal and nuclear power plants;
  • development of layouts and detail design of installation of heating equipment, pipelines of various systems at power assets and networks, heat and hydraulic evaluation of strength and homing action of existing pipelines, evaluation of hanger-support systems of pipelines and release of data for adjustment, assessment of remaining service life of pipelines and forecasting of schedule and scope of maintenance, examinations of industrial safety;
  • energy audits, improvement of processes and equipment operating modes, provision of energy-saving and utilization measures;
  • feasibility study and performance evaluation of solutions;
  • design analysis of operation modes for individual equipment, systems and power units of thermal power plants, nuclear power plants and industrial facilities;
  • development of heat efficiency control systems for power units (selection and organization of measurement procedures, development of methods of source data processing and calculation of integral efficiency indicators, development of software for calculation and monitoring of heat efficiency of the power unit equipment).