Hierarchical Optimization of Modular Technical Systems

A computer-implemented method for operating a modular technical installation which comprises at least one technical module and a control system which encompasses all modules, the method comprising:

• a) transmitting boundary conditions and targets of an operation of the technical installation from the control system to one of (i) the at least one technical module and (ii) a respective computer-implemented representation of the technical module;
• b) determining an optimal working point of the at least one technical module as a function of a previously received boundary conditions and targets by one of (i) the at least one technical module and (ii) the respective computer-implemented representation of the technical module;
• c) determining at least one performance indicator of the respective technical module which forms part of the determined optimal working point and transferring the at least one performance indicator from at least one of (i) the at least one technical module and (ii) a respective computer-implemented representation to the control system;
• and
• d) orchestrating the at least one technical module through the control system by including the at least one performance indicator to operate the modular technical installation.

A technical module, wherein the technical module is configured to:

• a) receive boundary conditions and targets an operation of a technical installation from a control system of the technical installation;
• b) determine an optimum working point as a function of previously received boundary conditions and targets themselves;
• and
• c) determine at least one performance indicator of the technical module which forms part of the determined optimal working point and transmit the at least one performance indicator to the control system for further processing.

A computer-implemented representation of a technical module which is configured to:

• a) receive boundary conditions and targets of an operation of a technical installation from a control system of a technical installation;
• b) determine an optimum working point as a function of previously received boundary conditions and targets themselves;
• and
• c) determine at least one performance indicator of the technical module which forms part of the determined optimal working point and transmit the at least one performance indicator to the control system for further processing.