Estimation of Working Combined Power Plant Cycle Parameters and Indicators Applied to Function Modes Featuring Frequencies Corresponding to External Speed Characteristic

The article is based on the thermodynamic equations of mechanics and ICE theory using step functions Heaviside, a system of equations describing the nature of changing parameters and indicators CPP cycle (piston ICE with turbo-supercharging), with respect to the working conditions of its at full load conditions (in particular, modes for no regulatory branches ESC). The choice of initial conditions for the calculation of parameters and indicators of the cycle at different speeds is based on the use of the statistical relationships that characterize the relationship of parameters corresponding to the CPP on specific frequencies ESC. It is shown that the proposed method of calculation allows performing a numerical estimate of the parameters and performance energy plant in terms of its use at full load as early as at the stage of pre-calculations. The examples of the ESC-performing CPP parameters assessment are presented.