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US 12,113,183 B2Granted
Method for operating an electrical energy store
AssigneeRobert Bosch GmbH
InventorsJens Becker, Triantafyllos Zafiridis
Life of this patent
Estimating the term…
Abstract
The presented invention relates to a method for operating an electrical energy store, the ageing behaviour of which is estimated by means of an expected ageing profile, wherein a rapid-charging profile, which is to be used, of the electrical energy store is ascertained depending on a comparison between a detected state of ageing of the electrical energy store and a desired state of ageing, which is determined by means of the expected ageing profile, of the electrical energy store.
Claims11
A method for operating an electrical energy store (12), the ageing behavior of which has been estimated by means of an expected ageing characteristic (34), the method comprising:
- determining a quick-charge profile for the electrical energy store (12) depending on a comparison between a detected state of ageing of the electrical energy store and a setpoint state of ageing of the electrical energy store determined by means of the expected ageing characteristic;
- wherein the quick-charge profile is determined in such a way that a future discrepancy between the detected state of ageing of the electrical energy store (12) and the setpoint state of ageing of the electrical energy store (12) determined by means of the expected ageing characteristic (34) is less than an associated discrepancy between the detected state of ageing of the electrical energy store (12) and the setpoint state of ageing of the electrical energy store (12) determined by means of the expected ageing characteristic (34), which discrepancy is to be expected when using a standard quick-charge profile (27).
An apparatus, configured to
- estimate an ageing behavior by means of an expected ageing characteristic (34);
- determine a quick-charge profile for an electrical energy store (12) depending on a comparison between a detected state of ageing of the electrical energy store and a setpoint state of ageing of the electrical energy store determined by means of the expected ageing characteristic;
- wherein the quick-charge profile is determined in such a way that a future discrepancy between the detected state of ageing of the electrical energy store (12) and the setpoint state of ageing of the electrical energy store (12) determined by means of the expected ageing characteristic (34) is less than an associated discrepancy between the detected state of ageing of the electrical energy store (12) and the setpoint state of ageing of the electrical energy store (12) determined by means of the expected ageing characteristic (34), which discrepancy is to be expected when using a standard quick-charge profile (27).
A non-transitory computer-readable media containing instructions that when executed by a computer cause the computer to
- estimate an ageing behavior by means of an expected ageing characteristic (34);
- determine a quick-charge profile for an electrical energy store (12) depending on a comparison between a detected state of ageing of the electrical energy store and a setpoint state of ageing of the electrical energy store determined by means of the expected ageing characteristic;
- wherein the quick-charge profile is determined in such a way that a future discrepancy between the detected state of ageing of the electrical energy store (12) and the setpoint state of ageing of the electrical energy store (12) determined by means of the expected ageing characteristic (34) is less than an associated discrepancy between the detected state of ageing of the electrical energy store (12) and the setpoint state of ageing of the electrical energy store (12) determined by means of the expected ageing characteristic (34), which discrepancy is to be expected when using a standard quick-charge profile (27).
A method for operating an electrical energy store (12), the ageing behavior of which has been estimated by means of an expected ageing characteristic (34), the method comprising:
- determining a setpoint state of ageing of the electrical energy store by means of the expected ageing characteristic (34);
- detecting a stage of ageing of the electrical energy store;
- comparing the state of ageing and the setpoint state of ageing to determine a real-time discrepancy;
- selecting a quick-charge profile for the electrical energy store (12) based on the real-time discrepancy;
- wherein in the event the quick-charge profile is different than a standard quick-charge profile, a future discrepancy between the detected state of ageing of the electrical energy store (12) and the setpoint state of ageing of the electrical energy store (12) is less than an associated discrepancy expected when using the standard quick-charge profile (27).
2 more elements
An apparatus, configured to:
- determine a setpoint state of ageing of an electrical energy store by means of an expected ageing characteristic (34);
- detecting a stage of ageing of the electrical energy store;
- compare the state of ageing and the setpoint state of ageing to determine a real-time discrepancy;
- select a quick-charge profile for the electrical energy store (12) based on the real-time discrepancy;
- wherein in the event the quick-charge profile is different than a standard quick-charge profile, a future discrepancy between the detected state of ageing of the electrical energy store (12) and the setpoint state of ageing of the electrical energy store (12) is less than an associated discrepancy expected when using the standard quick-charge profile (27).
2 more elements
A non-transitory computer-readable media containing instructions that when executed by a computer cause the computer to:
- estimate an ageing behavior by means of an expected ageing characteristic (34);
- determine a setpoint state of ageing of an electrical energy store based on the expected ageing characteristic (34);
- detecting a stage of ageing of the electrical energy store;
- compare the state of ageing and the setpoint state of ageing to determine a real-time discrepancy;
- select a quick-charge profile for the electrical energy store (12) based on the real-time discrepancy;
- wherein in the event the quick-charge profile is different than a standard quick-charge profile, a future discrepancy between the detected state of ageing of the electrical energy store (12) and the setpoint state of ageing of the electrical energy store (12) is less than an associated discrepancy expected when using the standard quick-charge profile (27).
3 more elements
Dependencies are inferred from the claim text.