REMOTE MONITORING SYSTEM FOR PLUG-IN VEHICLE

• US 20100207772A1
• Filed: 02/16/2010
• Published: 08/19/2010
• Est. Priority Date: 02/16/2009
• Status: Abandoned Application

• Current Assignee: DENSO Corporation
• Original Assignee: DENSO Corporation
• Inventors: YAMAMOTO, Tomokazu
• Application Number:
  US12/706,170
• Publication Number:
  US 20100207772A1
• Time in Patent Office: Days
• US Class Current: 340/636.200
• CPC Class Codes: B60L 2240/62 Vehicle position
• CPC Class Codes: B60L 53/14 Conductive energy transfer
• CPC Class Codes: B60L 53/30 Constructional details of charging stations
• CPC Class Codes: B60W 2510/244 Charge state
• CPC Class Codes: B60W 2556/50 of positioning data, e.g. GPS [Global Positioning System] data
• CPC Class Codes: G07C 5/008 communicating information to a remotely located station transmission systems for measured values G08C
• CPC Class Codes: Y02T 10/70 Energy storage systems for electromobility, e.g. batteries
• CPC Class Codes: Y02T 10/7072 Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors
• CPC Class Codes: Y02T 10/72 Electric energy management in electromobility
• CPC Class Codes: Y02T 90/12 Electric charging stations
• CPC Class Codes: Y02T 90/14 Plug-in electric vehicles
• CPC Class Codes: Y02T 90/16 Information or communication technologies improving the operation of electric vehicles
• CPC Class Codes: Y02T 90/167 Systems integrating technologies related to power network operation and communication or information technologies for supporting the interoperability of electric or hybrid vehicles, i.e. smartgrids as interface for battery charging of electric vehicles [EV] or hybrid vehicles [HEV]
• CPC Class Codes: Y04S 30/12 Remote or cooperative charging

Abstract

A charging station has a power source and a station side connector. A plug-in vehicle has a battery, a vehicle side connector, a charge controller, a charge detecting device, a car-navigation system, and a WAN communication device. A remote monitoring system sends first information and/or second information to a terminal. The information relate to charging operation in the plug-in vehicle. The first information is an estimated charge completion time which is estimated based on a present charge amount and a required charge amount. The second information is charge completion information which is generated when the present charge amount reaches to the required charge amount.

Claims

1. A remote monitoring system for a plug-in vehicle, which sends information relating to charging operation in the plug-in vehicle to a terminal, the system comprising:

a detecting module which detects a present charge amount in a battery of the plug-in vehicle;

a calculating module which calculates a required charge amount which is necessary for a trip planned for the plug-in vehicle; and

an informing module which generates charge information relating to completion of charging based on the present charge amount detected by the detecting module and the required charge amount calculated by the calculating module, and sends the charge information to the terminal via a communication system.

2. The remote monitoring system for a plug-in vehicle in claim 1, wherein

the communication system includes:

a WAN communication device on the plug-in vehicle, which is connectable with a communication network, and wherein

the calculating module includes;

a car-navigation system on the plug-in vehicle, which receives input of a destination and calculates a route to the destination, and a vehicle calculating module on the plug-in vehicle, which calculates the required charge amount necessary for a one way trip to the destination from the charging station or the required charge amount necessary for a round trip to the destination from the charging station, and wherein

the informing module includes;

a charge controller which generates charge completion information as the charge information in response to a time when the present charge amount reaches to the required charge amount, in the charging operation to the battery by connecting a station side connector and a vehicle side connector, and which sends the charge completion information to the terminal via the WAN communication device.

3. The remote monitoring system for a plug-in vehicle in claim 1, wherein

the communication system includes:

a WAN communication device on the plug-in vehicle, connectable with an communication network, and wherein

the calculating module includes;

a car-navigation system on the plug-in vehicle, which receives input of a destination and calculates a route to the destination; and

a vehicle calculating module on the plug-in vehicle, which calculates the required charge amount necessary for a one way trip to the destination from the charging station or the required charge amount necessary for a round trip to the destination from the charging station, and wherein

the informing module includes;

a charge controller which generates an estimated time as the charge information, the estimated time being estimated necessary to charge the battery to the required charge amount by taking the present charge amount into consideration, in the charging operation to the battery by connecting a station side connector and a vehicle side connector, and which sends the estimated time to the terminal via the WAN communication device.

4. The remote monitoring system for a plug-in vehicle in claim 1, wherein

the communication system includes:

a vehicle side power line communication device on the plug-in vehicle;

a station side power line communication device which communicates with the vehicle side power line communication device through a power line which connects a station side connector and a vehicle side connector;

a server computer on the charging station, which is connected with the station side power line communication device; and

a network communication device on the charging station, which is connected with the server computer and is connectable with a communication network, and wherein

the calculating module includes;

a car-navigation system on the plug-in vehicle, which receives input of a destination and calculates a route to the destination; and

a vehicle calculating module on the plug-in vehicle, which calculates the required charge amount necessary for a one way trip to the destination from the charging station or the required charge amount necessary for a round trip to the destination from the charging station, and wherein

the informing module includes;

a charge controller on the plug-in vehicle, which generates charge completion information as the charge information in response to a time when the present charge amount reaches to the required charge amount, in the charging operation to the battery during a power line communication between the station side power line communication device and the vehicle side power line communication device is enabled by connecting the station side connector and the vehicle side connector, and which sends the charge completion information to the terminal via the power line and the communication network.

5. The remote monitoring system for a plug-in vehicle in claim 1, wherein

the communication system includes:

a vehicle side power line communication device on the plug-in vehicle;

a station side power line communication device which communicates with the vehicle side power line communication device through a power line which connects a station side connector and a vehicle side connector;

a server computer on the charging station, which is connected with the station side power line communication device; and

a network communication device on the charging station, which is connected with the server computer and is connectable with a communication network, and wherein

the calculating module includes;

a car-navigation system on the plug-in vehicle, which receives input of a destination and calculates a route to the destination; and

a vehicle calculating module on the plug-in vehicle, which calculates the required charge amount necessary for a one way trip to the destination from the charging station or the required charge amount necessary for a round trip to the destination from the charging station, and wherein

the informing module includes;

a charge controller on the plug-in vehicle, which generates an estimated time as the charge information, the estimated time being estimated necessary to charge the battery to the required charge amount by taking the present charge amount into consideration, in the charging operation to the battery during a power line communication between the station side power line communication device and the vehicle side power line communication device is enabled by connecting the station side connector and the vehicle side connector, and which sends the estimated time to the terminal via the power line and the communication network.

6. The remote monitoring system for a plug-in vehicle in claim 2, wherein

the vehicle calculating module calculates the required charge amount based on information including a route from the charging station to the destination, a road inclination from the charging station to the destination, a departure time from the charging station to the destination, and traffic information stored in the car-navigation system.

7. The remote monitoring system for a plug-in vehicle in claim 1, wherein

the communication system includes a WAN communication device on the plug-in vehicle, which is connectable with a communication network to which an information center which manages information including a location of the plug-in vehicle, and wherein

the calculating module includes:

an input device on the plug-in vehicle, which receives input of a destination and a departure time, and a remote module on the information center, which retrieves information including the destination and the departure time via the WAN communication device and the communication network, and which calculates the required charge amount necessary for a one way trip to the destination from the charging station or the required charge amount necessary for a round trip to the destination from the charging station based on the retrieved information and information including route information and/or traffic information stored in the information center, in the charging operation to the battery by connecting a station side connector and a vehicle side connector, and wherein

the informing module includes;

a charge controller on the plug-in vehicle, which retrieves the required charge amount from the remote module in the information center via the communication system, which generates charge completion information as the charge information in response to a time when the present charge amount reaches to the required charge amount, and which sends the charge completion information to the terminal via the WAN communication device.

8. The remote monitoring system for a plug-in vehicle in claim 1, wherein

the communication system includes a WAN communication device on the plug-in vehicle, which is connectable with a communication network to which an information center which manages information including a location of the plug-in vehicle is connected, and wherein

the calculating module includes:

an input device on the plug-in vehicle, which receives input of a destination and a departure time, and a remote module on the information center, which retrieves information including the destination and the departure time via the WAN communication device and the communication network, and which calculates the required charge amount necessary for a one way trip to the destination from the charging station or the required charge amount necessary for a round trip to the destination from the charging station based on the retrieved information and information including route information and/or traffic information stored in the information center, in the charging operation to the battery by connecting a station side connector and a vehicle side connector, and wherein

the informing module includes;

a charge controller on the plug-in vehicle, which retrieves the required charge amount from the remote module in the information center via the communication system, which generates an estimated time as the charge information, the estimated time being estimated necessary to charge the battery to the required charge amount by taking the present charge amount into consideration, and which sends the estimated time to the terminal via the communication network.

9. The remote monitoring system for a plug-in vehicle in claim 1, wherein

the communication system includes:

a vehicle side power line communication device on the plug-in vehicle;

a station side power line communication device which communicates with the vehicle side power line communication device through a power line which connects a station side connector and a vehicle side connector;

a server computer on the charging station, which is connected with the station side power line communication device; and

a network communication device on the charging station, which is connected with the server computer and is connectable with a communication network to which an information center which manages information including a location of the plug-in vehicle is connected, and wherein

the calculating module includes;

an input device on the plug-in vehicle, which receives input of a destination and a departure time; and

a remote module on the information center, which retrieves information including the destination and the departure time via the communication system, and which calculates the required charge amount necessary for a one way trip to the destination from the charging station or the required charge amount necessary for a round trip to the destination from the charging station based on the retrieved information and information including route information and/or traffic information stored in the information center, in the charging operation to the battery during a power line communication between the station side power line communication device and the vehicle side power line communication device is enabled by connecting a station side connector and a vehicle side connector, and wherein

the informing module includes;

a charge controller on the plug-in vehicle, which retrieves the required charge amount from the remote module in the information center via the communication system, which generates charge completion information as the charge information in response to a time when the present charge amount reaches to the required charge amount, and which sends a signal to the server computer via the power line communication; and

a server informing module on the server computer, which sends the charge completion information to the terminal via the network communication device and the communication network.

10. The remote monitoring system for a plug-in vehicle in claim 1, wherein

the communication system includes:

a vehicle side power line communication device on the plug-in vehicle;

a station side power line communication device which communicates with the vehicle side power line communication device through a power line which connects a station side connector and a vehicle side connector;

a server computer on the charging station, which is connected with the station side power line communication device; and

a network communication device on the charging station, which is connected with the server computer and is connectable with a communication network to which an information center which manages information including a location of the plug-in vehicle is connected, and wherein

the calculating module includes;

an input device on the plug-in vehicle, which receives input of a destination and a departure time; and

a remote module on the information center, which retrieves information including the destination and the departure time via the communication system, and which calculates the required charge amount necessary for a one way trip to the destination from the charging station or the required charge amount necessary for a round trip to the destination from the charging station based on the retrieved information and information including route information and/or traffic information stored in the information center, in the charging operation to the battery during a power line communication between the station side power line communication device and the vehicle side power line communication device is enabled by connecting a station side connector and a vehicle side connector, and wherein

the informing module includes;

a server informing module on the server computer, which retrieves the required charge amount from the remote module in the information center via the communication system, which retrieves the present charge amount from the detecting module via the power line communication, which generates an estimated time as the charge information, the estimated time being estimated necessary to charge the battery to the required charge amount by taking the present charge amount into consideration, and which sends the estimated time to the terminal via the network communication device and the communication network.

11. The remote monitoring system for a plug-in vehicle in claim 1, wherein

the communication system includes:

a vehicle side power line communication device on the plug-in vehicle;

a station side power line communication device which communicates with the vehicle side power line communication device through a power line which connects a station side connector and a vehicle side connector;

a server computer on the charging station, which is connected with the station side power line communication device; and

a network communication device on the charging station, which is connected with the server computer and is connectable with a communication network to which an information center which manages information including a location of the plug-in vehicle is connected, and wherein

the calculating module includes;

an input device on the plug-in vehicle, which receives input of a destination and a departure time;

a remote module on the information center, which retrieves information including the destination and the departure time via the communication system, and which sends information including route information and/or traffic information stored in the information center to the server computer, in the charging operation to the battery during a power line communication between the station side power line communication device and the vehicle side power line communication device is enabled by connecting a station side connector and a vehicle side connector; and

a server calculating module on the server computer, which calculates the required charge amount necessary for a one way trip to the destination from the charging station or the required charge amount necessary for a round trip to the destination from the charging station based on the retrieved information including route information and/or traffic information retrieved from the remote module in the information center, and which sends the required charge amount via the power line communication, and wherein

the informing module includes;

a charge controller on the plug-in vehicle, which retrieves the required charge amount from the server module, which generates charge completion information as the charge information in response to a time when the present charge amount reaches to the required charge amount, and which sends a signal to the server computer via the power line communication; and

a server informing module on the server computer, which sends the charge completion information to the terminal via the network communication device and the communication network.

12. The remote monitoring system for a plug-in vehicle in claim 1, wherein

the communication system includes:

a vehicle side power line communication device on the plug-in vehicle;

a station side power line communication device which communicates with the vehicle side power line communication device through a power line which connects a station side connector and a vehicle side connector;

a server computer on the charging station, which is connected with the station side power line communication device; and

a network communication device on the charging station, which is connected with the server computer and is connectable with a communication network to which an information center which manages information including a location of the plug-in vehicle is connected, and wherein

the calculating module includes;

an input device on the plug-in vehicle, which receives input of a destination and a departure time; and

a remote module on the information center, which retrieves information including the destination and the departure time via the communication system, and which sends information including route information and/or traffic information stored in the information center to the server computer, in the charging operation to the battery during a power line communication between the station side power line communication device and the vehicle side power line communication device is enabled by connecting a station side connector and a vehicle side connector; and

a server calculating module on the server computer, which calculates the required charge amount necessary for a one way trip to the destination from the charging station or the required charge amount necessary for a round trip to the destination from the charging station based on the retrieved information including route information and/or traffic information retrieved from the remote module in the information center, and wherein

the informing module includes;

a server informing module on the server computer, which retrieves the present charge amount from the detecting module via the power line communication, which generates an estimated time as the charge information, the estimated time being estimated necessary to charge the battery to the required charge amount by taking the present charge amount into consideration, and which sends the estimated time to the terminal via the network communication device and the communication network.

13. The remote monitoring system for a plug-in vehicle in claim 7, wherein

the calculating module calculates the required charge amount based on information including a route from the charging station to the destination, traffic information from the charging station to the destination, and a road inclination from the charging station to the destination.