Charging apparatus and control method for charging apparatus
An inlet is configured to connect with a connector of a charging cable. An ECU is configured to switch between (i) a charging permitted state in which external charging is permitted and (ii) a charging non-permitted state in which external charging is not permitted. When the connector is in connection to the inlet, the ECU selects the charging permitted state in which external charging is permitted, even if a connector connection signal indicative of a state of connection between the connector and the inlet indicates a partially-connected state in which the connection between the connector and the inlet is not latched.
1. A charging apparatus for charging a vehicle-mounted power storage device with electric power supplied from an electric power source external to a vehicle through a charging cable, the charging apparatus comprising:
an inlet configured to connect with a connector of the charging cable; and
a control device configured to:
switch between (i) a first state in which charging of the power storage device is permitted and (ii) a second state in which charging of the power storage device is not permitted; and
receive a connection signal indicating whether or not a state of connection between the connector and the inlet is a partially-connected state in which the connection between the connector and the inlet is not latched, wherein
when the connector is in connection to the inlet, the control device is configured to select the first state even if the connection signal indicates that the state of connection between the connector and the inlet is the partially-connected state.
2. The charging apparatus according to claim 1 , further comprising
a locking device configured to switch between (i) a locked state in which the connector connected to the inlet cannot be removed from the inlet and (ii) an unlocked state in which the connector connected to the inlet can be removed from the inlet, wherein
when the connection signal indicates the partially-connected state and when the locking device is in the locked state, the control device is configured to select the first state, and
when the connection signal indicates the partially-connected state and when the locking device is in the unlocked state, the control device is configured to select the second state even if the connector is in connection to the inlet.
3. The charging apparatus according to claim 2 , wherein
when the connection signal indicates the partially-connected state and when the locking device is in the locked state, the control device is configured to select the first state and reduce a current received from the electric power source through the charging cable.
4. The charging apparatus according to claim 3 , wherein
when the connection signal indicates a state in which the connection between the connector and the inlet is latched, while the control device is reducing the current, then the control device is configured to end the reduction of the current.
5. The charging apparatus according to claim 3 , wherein
during the first state, the charging apparatus is actuated with electric power supplied from a power storage device for auxiliary machinery, the power storage device for auxiliary machinery being charged with a part of the electric power supplied from the electric power source through the charging cable, and
when a situation in which the connection signal indicates the partially-connected state and the locking device is in the locked state continues for a predetermined time period, the control device is configured to switch from the first state to the second state.
6. A control method for a charging apparatus for charging a vehicle-mounted power storage device with electric power supplied from an electric power source external to a vehicle through a charging cable,
the charging apparatus comprising:
an inlet configured to connect with a connector of the charging cable; and
a locking device configured to switch between (i) a locked state in which the connector connected to the inlet cannot be removed from the inlet and (ii) an unlocked state in which the connector connected to the inlet can be removed from the inlet,
the control method comprising:
determining whether a state of connection between the connector and the inlet is in a partially-connected state based on a connection signal indicative of the state of connection between the connector and the inlet;
determining whether the locking device is in the locked state or in the unlocked state;
not permitting charging of the power storage device when it is determined that the state of connection is in the partially-connected state and when it is determined that the locking device is in the unlocked state, the partially-connected state being a state in which the connection between the connector and the inlet is not latched; and
permitting charging of the power storage device when it is determined that the state of connection is in the partially-connected state and when it is determined that the locking device is in the locked state.