TECHNIQUES FOR CONFIGURING ELECTRIC VEHICLE SUPPLY EQUIPMENT
Techniques for configuring electric vehicle supply equipment (EVSE) are disclosed. The disclosed embodiments configure one or more parameters of an EVSE according to a configuration file that corresponds to a location of the EVSE. The EVSE then charges an electric vehicle (EV) according to such configuration. The location can be obtained determined by onboard circuitry for determining a location of the EVSE or by wireless connectivity with a computing device in proximity to the EVSE. Configuration file(s) for the EVSE, along with information regarding locations to which those configuration file(s) correspond, may be located in a memory of the EVSE and/or provided to the EVSE over a network connection. Values for parameters (e.g., as recorded in the configuration files) may be adjusted by a user (e.g., using a user interface of the EVSE or of a user computing device).
1 . An electric vehicle supply equipment (EVSE) comprising:
a processor; and
a memory storing instructions that, when executed by the processor, cause the EVSE to:
determine a current location of the EVSE;
obtain a configuration file for configuring the EVSE for delivering electricity to an electric vehicle (EV), the configuration file corresponding to the current location of the EVSE;
configure the EVSE according to the obtained configuration file, the configuring setting a maximum electrical current for delivery by the EVSE to the EV; and
deliver electricity to the EV.
2 . The EVSE of claim 1 , wherein determining the current location of the EVSE comprises:
identifying a computing device in proximity to the EVSE;
establishing connectivity with the computing device; and
obtaining location information from the computing device, the location information reflecting the current location of the EVSE.
3 . The EVSE of claim 2 , wherein the proximity is a distance from the EVSE that is less than 10 feet.
4 . The EVSE of claim 2 , wherein the connectivity with the computing device is a Bluetooth® connection.
5 . The EVSE of claim 2 , wherein the location information comprises global positioning system (GPS) coordinates.
6 . The EVSE of claim 1 , wherein obtaining the configuration file comprises:
determining that the configuration file does not exist;
creating the configuration file based on a default configuration file.
7 . The EVSE of claim 6 , wherein the default configuration file is obtained from an internal memory of the EVSE.
8 . The EVSE of claim 6 , wherein the default configuration file is obtained from a remote storage device.
9 . The EVSE of claim 6 , further comprising alerting a user computing device that the configuration file does not exist.
10 . The EVSE of claim 9 , further comprising receiving values for one or more user settable parameters, wherein creating the configuration file further comprises using the values for the one or more user settable parameters in the configuration file.
11 . The EVSE of claim 10 , wherein the values are received from the user computing device.
12 . The EVSE of claim 10 , wherein the values are received via a user interface of the EVSE.
13 . The EVSE of claim 1 , wherein a maximum current delivered by the EVSE is configured according to the configuration file.
14 . The EVSE of claim 1 , wherein one or more parameters for charging the EVSE are configured according to the configuration file.
15 . The EVSE of claim 1 , wherein whether the EVSE participates in load balancing is configured according to the configuration file.
16 . An electric vehicle supply equipment (EVSE) comprising:
circuitry to determine a current location of the EVSE;
a processor; and
a memory storing instructions that, when executed by the processor, cause the EVSE to:
configure one or more operational parameters for delivering electricity to an electric vehicle (EV) based on one or more values for the one or more operational parameters of a configuration file that corresponds to the current location of the EVSE; and
deliver electricity to the EV according to the configuration of the one or more operational parameters.
17 . The EVSE of claim 16 , wherein the circuitry to determine a current location of the EVSE comprises wireless communication technology to:
establish connectivity with a computing device in proximity to the EVSE; and
obtain location information from the computing device, the location information reflecting the current location of the EVSE.
18 . The EVSE of claim 16 , wherein the circuitry to determine a current location of the EVSE comprises global positioning system (GPS) circuitry.
19 . The EVSE of claim 16 , wherein the one or more operational parameters include one or more of:
a maximum current for delivery by the EVSE at the current location;
whether the EVSE is to be in a frequency regulation response group;
whether the EVSE is in a load balancing group with a different EVSE in the same location; and
whether the EVSE is to dynamically change its maximum current based on the overall consumption at the current location.
20 . The EVSE of claim 16 , wherein the one or more operational parameters include one or more of:
an indication of one or more users that are authorized to utilize the EVSE,
a time of usage of the EVSE; and
whether the location where the EVSE is installed is registered to a utility program.
21 . The EVSE of claim 16 , wherein the one or more operational parameters include one or more of:
whether the EVSE is authorized to export energy towards the grid; and
whether the EVSE can export energy towards a local grid of a facility of the current location, but not exceeding the facility consumption.