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Information × Registration Number 0216U003475, 0115U003273 , R & D reports Title Development of scientific principles and methods of integration of local energy-saving control systems of power-engineering plants into general automated control systems of power units of power plants popup.stage_title Head Kanjuk Gennadiy Ivanovich, Registration Date 28-01-2016 Organization Ukrainian Engineering-Pedagogic Academy popup.description2 The object of study - the structure and work processes automated control systems of power plants power plants and methods of their integration with the subsystems of energy-saving automation. The purpose of the work - development of scientific methods and technical solutions that relate to the integration of the principles of energy-saving automatic control operating power plants into existing automation systems. Formulated important and urgent scientific and technical problem of creating energy-saving automatic control system of technological objects, outlined the general ways to solve it. The scientific principles and performed theoretical basis of energy-saving control steam boilers of thermal power plants on the basis of minimizing the total energy loss. Formulated function of the energy loss in the boiler and the system constraints within which it is possible to minimize this function, as well as the task of creating energy-saving automatic control system operation modes of steam turbine condensers. A general functional diagram of the energy-saving automation modes capacitor using a reference model of the object model and the main parameters of deviations from the desired values. The structure of energy-saving automation modes capacitor using a reference model that forms the preset mode and model deviations. Develop common scientific principles of automated management of energy-saving blower packages of power plants and proposed the scientific principle of automated control blowers, minimizes energy losses in the main modes of their work; functional and structural logic of energy-saving automatic control system of power plants power plants. The principles of integration of energy-saving automatic control system into the overall energy-saving automation unit, designed structurally-logic unit of TPP energy-saving automation. Defined location developed energy-saving automation power plants in general multilevel grid automation. Generalized optimality criteria for each sub-level automation and power grid. It formulates an important scientific and technical problem of optimizing the operation of power plants on the criterion of minimum energy loss and the ways to solve it. The mathematical model of the steam boiler, turbine-generator control system components plants, workflows condenser core workflows injection systems. Product Description popup.authors Андреєв Олександр Віталійович Близниченко Олена Миколаївна Гулей Олександр Богданович Загребельна Лариса Іванівна Канюк Геннадій Іванович Князєва Вікторія Миколаївна Мезеря Андрій Юрійович Омельченко Леонід Миколайович Проніна Марина Володимирівна Сомова Олена Сергіївна Хорошун Дмитро Михайлович popup.nrat_date 2020-04-02 Close