Energy management systems and methods
AssigneePaired Power, Inc.
InventorsDavid Thompson McCalmont, Maxym Makhota, Aaron William McCalmont
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Abstract
Example energy management systems and methods are described. In one implementation, multiple solar cells are configured to deliver energy in response to received sunlight. A stationary battery is configured to store energy generated by the multiple solar cells. An energy controller is configured to dynamically determine a charging rate of the stationary battery and a charging rate of an electric vehicle based on a state-of-charge level of the stationary battery and an amount of energy presently received from the multiple solar cells.
Claims20
An apparatus comprising:
- a plurality of solar cells, wherein each of the plurality of solar cells is configured to deliver energy in response to received sunlight;
- a stationary battery configured to store energy generated by the plurality of solar cells;
- and
- an energy controller configured to dynamically determine a charging rate of the stationary battery and a charging rate of an electric vehicle based on a state-of-charge level of the stationary battery and an amount of energy presently being received from the plurality of solar cells.
A method comprising:
- determining an amount of energy presently received from at least one solar cell;
- identifying a present state-of-charge level of a stationary battery, wherein the stationary battery is capable of storing energy from the at least one solar cell;
- determining a charging rate for an electric vehicle based on at least one of the present state-of-charge level of the stationary battery or the amount of energy presently received by at least one solar cell;
- and
- delivering at least a portion of the energy presently received from the at least one solar cell to the electric vehicle based on the determined charging rate for the electric vehicle.
Dependencies are inferred from the claim text.