FORMALIZATION TASK OF OPTIMIZING RESERVOIR PRESSURE MAINTENANCE SYSTEM

Abstract

This article discusses aspects of the development of methods for the automated optimization of reservoir pressure maintenance through the use of models for the variation of performance control devices: throttling valves and characteristic group pumping station (SPS). In the operation of hydraulic systems to maintain reservoir pressure (PAP), there are a number of operational tasks which no systematic approach to the analysis of the state of the hydraulic system may not be adequate to the requirements of good governance. For the most effective management of structurally complex systems requires the use of the model system that mimics the behavior of real or projected hydraulic systems with arbitrary structure and indicators that make up their items. The complex is to be achieved with optimum joint compliance with the terms of minimizing the mean relative deviation from the optimal current pickups - and maximize efficiency system - a need to maximize the efficiency factor - reflecting the joint fulfillment of the conditions of technology and technical optimization. In addition to controlling the flow of fluid parameters, the model allows modifying the properties of the individual elements of the track projected costs and the fluid pressure in the system variable Selecting the optimum condition or just a way to optimize the resources we mean to achieve the goal of optimization: a set of technological parameters, which change in the real system, will change the complex hydraulic regime, in line with its optimal state.