Method and installation for parallel tracking of local energy consumption-influencing events of an industrial production plant

摘要

The invention relates to a method and a system for the parallel tracking of spatially assigned energy consumption - influencing events of an industrial production plant (1), in which or for each different location manufacturing area (i) and / or each individual location (j) of the different production areas (i) of Production plant (l) detects the current consumption of energy and / or media serving as energy (l) and determined for a given period of time, the predetermined energy consumption and / or the predetermined consumption of media serving as energy (l) and time and location-related measurements be assigned. The acquired measured values of the current energy consumptions and / or the current consumption of the media serving as energy carriers (l) and the associated time and location-related measured values of the energy requirement specified for the given period of time and / or the predetermined (to be achieved) demand of the media serving as energy carriers (l) are electronically fed to a database (4) of an evaluation station (9). In this an algorithm for determining on the different production areas (i) and / or on the individual trades (j) related codes (k) of the transmitted measured values of the current energy consumption and / or the current consumption of serving as energy carriers (l) and the specified for the given period of time energy demand and / or the predetermined requirement of the media serving as energy (l), the previously determined indices (k) with predetermined critical limits in an electronic comparator (9) of the evaluation station (3) compared and visualized, and between current energy consumption and / or current consumption of the media serving as energy carriers (1) and the corresponding indicators (k) for the given period of time the degree of deviation determined and evaluated. Occurring overshoots and / or undershoots are visualized on the basis of specified critical limit values, and a deviation is checked for an unusual event in the production process and visualized if necessary. In the event of a deviation without a detected exceptional event in the production process, the deviation is visualized, the cause of the deviation is determined and measures for troubleshooting are initiated.