Mathematical modeling of the process of thermal power accumulation in the turnover water supply system of enterprises
A generalized mathematical model of the process of thermal power accumulation in the turnover water supply systems is considered. Predicting model responses to the practice -occurring types of the action on the subsystems of production and purification plants are exemplified. It is determined that the process of thermal power accumulation in a general case gradually reach the equilibrium mode of operation. Equilibrium mode is a result of gradual equalization of the quantitative value of the introduced thermal power in the production subsystem and removal of the thermal power in the subsystem of purification plants. Batch actions from the heat -generating equipment are shown to affect the thermal power accumulation process. It is concluded that under different input control action exerted on subsystems of production and purification plants it is possible to purposefully control the water temperature in the system.