- METHOD FOR COMPUTER-AIDED PLANT CONTROL OPTIMISATION USING A SIMULATION MODULE

摘要

The present invention relates to an interactive system for optimizing computer-aided control of a technical system, for example a gas or a wind turbine, in particular for optimizing a plant's action sequence (A) or control variables (e.g. gas supply, compression) System and method, in which at least one status parameter for providing a first system status (So) of the technical system and at least one configuration parameter (W) for adapting a compensation function (RF) A terminal is provided. A simulation module (SIM) having a pre-trained neural network simulating the plant, starting from the first system state (So) and until the prediction of the resultant states (S) of the technology system, Lt; / RTI In addition, it is possible to adapt the compensation function RF based on the set parameter W, generate a plurality of action sequences A for the first system state So, and simulate these action sequences A, To the module (SIM), and an optimization module (OPT) is provided to receive the resulting states (S). The optimization module OPT is also provided for determining the compensation of the simulation results using the adapted compensation function RF and for determining the compensation-optimization action sequence A '. An output terminal OUT is provided for issuing a system state S 'resulting from the compensation-optimization action sequence A'.