THE INCREASE OF ENERGY AND ENVIRONMENTAL EFFICIENCY AND RELIABILITY OF POWER EQUIPMENT BY COMPREHENSIVE MONITORING OF ITS ACTUAL STATE

This paper is devoted to the reliability improvement, increase and efficiency of evaluation methods of energy efficient equipment by implementation of comprehensive parametric identification of actual characteristic of the energy object to enhance aggregate energy efficiency and environmental reliability level. It was designed and implemented the complex technology of parametric identification of the energy object actual characteristics: algorithms, flowcharts and methods of determination of energy facilities effective operation on example of gas pumping units and boiler, software for automated control systems the actual characteristics. The real tests of comprehensive parametric identification of actual characteristic are conducted for obtaining permission and proposals of its commercial operation implementation on real energy objects. comprehensive parametric identification of actual characteristic of the energy object will identify deviations in work of units or measuring devices at an early stage as well as track uncontrolled "ran out" parameters and optimize the timing and composition of the repair units with prevention of accidents with simultaneous provision of a high level effective and environmentally safe operation of EA equipment