Planning and engineering method, software tool and system for a process plant

Patent metadata

Field	Value
Publication number	US-10222790-B2
Application number	US-201615014163-A
Country	US
Kind code	B2
Filing date	Feb 3, 2016
Priority date	Feb 11, 2015
Publication date	Mar 5, 2019
Grant date	Mar 5, 2019

Abstract

A flowchart of a process plant is compiled by linking graphical process objects representing operator-controllable and observable facilities of the plant when planning a process plant, wherein the process in the process plant is simulated with reference to simulation models assigned to the graphical process objects during a simulation phase, where simulation models include energy consumption models that describe the electrical energy consumption of the respective facilities to be described as a function of measurable or known process variables in the plant and hence enable simulation and optimization of the automation with respect to electrical energy consumption and energy efficiency.

First claim

What is claimed is:

1. A planning and engineering method for a process plant, the method comprising:
linking graphical process objects representing operator-controllable and observable facilities of the process plant to compile a flow chart of the process plant via a plant planning tool during a plant planning phase;
importing the linked graphical process objects of the process plant or a part of the process plant via a simulation tool during a simulation phase and simulating a process in the process plant or the part of the process plant utilizing simulation models assigned to the imported graphical process objects during the simulation phase;
linking icons of function blocks to compile a function chart of the process plant by an engineering tool during an engineering phase, each graphical process object including a corresponding automation function block describing an automation function of the graphical process object; and
loading automation function blocks into automation devices of the plant for execution;
wherein, for at least a part of the graphical process objects representing electrically operated ones of the facilities of the process plant, the assigned simulation models are each supplemented by an energy consumption model describing an electrical energy consumption of the facility represented by the graphical process object as a function of measurable or known process variables in the process plant;
wherein the electrical energy consumption of the facilities represented by the imported graphical process objects for which the assigned simulation models are supplemented by the energy consumption model is simulated in the simulation phase; and
wherein, for at least one of the graphical process objects for which the assigned simulation models are supplemented by an energy consumption model, the corresponding automation function block is supplemented by an energy consumption function which is derived by specialization from the energy consumption model and is formed to estimate a current electrical energy consumption of the observable facility during its run-time in the process plant.

2. A planning and engineering method of claim 1 , wherein the method compiles a function block for an automation device.

3. A planning and engineering software tool for a process plant, comprising:
a plant planning tool configured to compile a flow chart of the plant by linking graphical process objects representing operator controllable and observable facilities of the plant during a process plant planning phase;
a simulation tool configured to import the linked graphical process objects of the process plant or of a part of the process plant during a simulation phase and configured to simulate a process in the process plant or the part of the process plant utilizing simulation models assigned to the imported graphical process objects during the simulation phase; and
an engineering tool configured to compile a function chart of the plant by linking icons of function blocks during an engineering phase, an automation function block describing the automation function of the graphical process object corresponding to each graphical process object and being further formed to load the automation function blocks into automation devices of the process plant for execution;
wherein, for at least a part of the graphical process objects representing electrically operated one of the facilities of the process plant, the assigned simulation models are each supplemented by an energy consumption model describing an electrical energy consumption of the facility represented by the graphical process object as a function of measurable or known process variables in the plant;
wherein the simulation tool is further configured to simulate the electrical energy consumption of the facilities represented by the imported graphical process objects for which the assigned simulation models are supplemented by the energy consumption model during the simulation phase; and
wherein, for at least one of the graphical process objects for which the assigned simulation models are supplemented by an energy consumption model, the corresponding automation function block is supplemented by an energy consumption function representing a specialization of the energy consumption model and which is formed to estimate an current electrical energy consumption of the observable facility during its run-time in the process plant.

4. The planning and engineering software tool for the process plant of claim 3 , wherein the planning and engineering software tool compiles a function block for an automation device.

5. A planning and engineering system for a process plant, wherein the planning and engineering system is configured to:
link graphical process objects representing operator-controllable and observable facilities of the plant to compile a flowchart of the process plant during a process plant planning phase;
simulate a process in the process plant or a part of the process plant utilizing simulation models assigned to the graphical process objects during a simulation phase; and
compile a function chart of the plant by linking icons of function blocks during an engineering phase, an automation function block describing the automation function of a graphical process object corresponding to each graphical process object and to load the automation function blocks into automation devices of the plant for execution;
wherein, for at least a part of the graphical process objects representing electrically operated ones of the facilities of the process plant, the assigned simulation models are each supplemented by an energy consumption model describing an electrical energy consumption of the facility represented by the graphical process object as a function of measurable or known process variables in the process plant;
wherein the planning and engineering system is further configured to simulate an electrical energy consumption of the observable facilities represented by the imported graphical process objects for which the assigned simulation models are supplemented by the energy consumption model during the simulation phase; and
wherein, for at least of the graphical process objects for which the assigned simulation models are supplemented by an energy consumption model, the corresponding automation function block is supplemented by an energy consumption function representing a specialization of the energy consumption model and which is formed to estimate a current electrical energy consumption of the observable facility during its run-time in the process plant.

6. An automation system for a process plant having the planning and engineering system as claimed in claim 5 .

7. The automation system as claimed in claim 6 , wherein the automation function blocks loaded into the automation devices use the energy consumption function to determine the current electrical energy consumption of the observable facilities during the operation of the process plant.

8. The automation system as claimed in claim 7 , wherein the automation system is configured to perform condition monitoring of the plant by correlations between automation behavior and the determined current electrical energy consumption.

9. The planning and engineering system for the process plant of claim 5 , wherein the planning and engineering system compiles a function block for an automation device.

Assignees

• Siemens Ag

Inventors

• Drumm Oliver
• Lenz Henning
• Lutz Benjamin
• Wolf Gerrit

Classifications

• G05B19/41865 Primary

  characterised by job scheduling, process planning, material flow · CPC title

• G05B2219/32423

  Task planning · CPC title

• G05B19/41885 Primary

  characterised by modeling, simulation of the manufacturing system · CPC title

• G05B2219/13181

  Selection of limited stimuli, inputs for simulation · CPC title

• G05B2219/31368

  MAP manufacturing automation protocol · CPC title