Synthesis of a feedforward control system for object with distributed parameters

This study is researching a synthesis of an automatic control system for maintaining the temperature petroleum products during storage in tanks. A new approach construction has been developed this research. It helps to get rid disadvantages existing methods heating Developed built on basis feedforward principle. The object tank insulation layer, considered as with distributed parameters, which provides opportunity take into account high inertia object. uneven distribution taken only over thickness thermal thus, when modeling object, linear one-dimensional heat conduction equation was used, supplemented by initial and boundary conditions third kind.
 To ensure invariance disturbing effect form negative ambient temperature, compensation element using method periodic structures. required power dynamics cable calculated compensate losses element, depending current temperature. Result high-performance that allows precision oil tank. article also research structure parameters impact quality algorithm.