Management method for managing installation including power supply device, computer program product, information medium, and associated management system
AssigneeFlowbird
InventorsChristian Longet, Michel Thiebaut
Life of this patent
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Abstract
A method for managing an installation (10), the installation (10) including: a power supply device (14), and members (16) supplied with energy by the power supply device (14), the method including the following steps: determining the available energy coming from the power supply device (14), determining the energy consumed by the members (16), and optimizing the operation of the installation (10) so that a criterion is met, the criterion being met at least if the energy balance of the installation (10) is positive for a given length of time.
Claims14
A method for managing an installation, the installation including a power supply device, and members supplied with energy by the power supply device, the method comprising:
- determining an available energy coming from the power supply device;
- determining the energy consumed by the members, each of the members comprising an operational state and a non-operational state;
- selecting one of a plurality of operating modes of the installation corresponding to a combination of members that are in the operational state and the non-operational state, each operating mode being distinct from each other operating mode, the selecting occurring by using a criterion so that at least an energy balance of the installation is positive for a given length of time;
- and
- operating the installation according to the selected operating mode of the installation.
A data medium including the instructions for a computer program product including a readable information medium, on which a computer program is stored comprising program instructions, the computer program being able to be loaded on a data processing unit and configured to drive, when the computer program is implemented on the data processing unit, the implementation of a method for managing an installation including a power supply device, and members supplied with energy by the power supply device, the method comprising:
- determining an available energy coming from the power supply device;
- determining the energy consumed by the members, each of the members comprising an operational state and a non-operational state;
- optimizing an operation of the installation so that a criterion is met, the criterion being met at least when an energy balance of the installation is positive for a given length of time, the number of members that are in the operational state being optimized during the optimizing;
- and
- operating the members according to the optimized operation of the installation.
A management system configured to manage an installation including a power supply device, and members supplied with energy by the power supply device,
- wherein the management system
- determines an available energy coming from the power supply device,
- determines the energy consumed by the members, each of the members comprising an operational state and a non-operational state, and
- optimizes an operation of the installation at so that a criterion is met, the criterion being met at least when an energy balance of the installation is positive for a given length of time, the number of members that are in the operational state being optimized during the optimizing, and
- operating the members according to the optimized operation of the installation.
A method for managing an installation including a power supply device, and members supplied with energy by the power supply device, the method comprising:
- determining an available energy coming from the power supply device;
- determining the energy consumed by the members, each of the members comprising an operational state and a non-operational state;
- optimizing an operation of the installation so that a criterion is met, the criterion being met at least when an energy balance of the installation is positive for a given length of time;
- and
- operating the members according to the optimized operation of the installation,
- wherein the number of members that are in the operational state are optimized during the optimizing.
A method for managing an installation including a power supply device, and members supplied with energy by the power supply device, the method comprising:
- determining an available energy coming from the power supply device;
- determining the energy consumed by the members, each of the members comprising an operational state and a non-operational state;
- optimizing an operation of the installation so that a criterion is met, the criterion being met at least when an energy balance of the installation is positive for a given length of time, the number of members that are in the operational state being optimized during the optimizing;
- operating the members according to the optimized operation of the installation;
- and
- sending information representative of the optimized operation of the installation to an operator to anticipate maintenance operations, or to a user of the installation.
An automaton including a management system configured to manage the automaton, the automaton comprising:
- a power supply device including a photovoltaic system comprising at least one solar panel;
- and
- members supplied with energy by the power supply device, each of the members comprises an operational state and a non-operational state,
- wherein the management system
- determines an available energy coming from the power supply device,
- determines the energy consumed by the members,
- optimizes an operation of the automaton so that a criterion is met, the criterion being met at least when an energy balance of the automaton is positive for a given length of time, the number of members that are in the operational state being optimized during the optimizing, and
- operates the members according to the optimized operation of the installation.
Dependencies are inferred from the claim text.