Electric vehicle, server apparatus, and communication information terminal

A server apparatus comprising:

• a communicator configured to communicate with an electric vehicle and a communication information terminal for said electric vehicle;
• a storage part that stores therein terminal identification information for identifying said communication information terminal and vehicle identification information for identifying said electric vehicle to identify the electric vehicle corresponding to the terminal according to predetermined correspondence relationship therebetween;
• and
• a server controller configured to
• receive from said communication information terminal a primary in-vehicle environment conditioning command for activating an in-vehicle environment conditioner which is installed in said electric vehicle and configured to adjust a temperature inside said vehicle;
• upon receiving said a primary in-vehicle environment conditioning command, identify said corresponding electric vehicle by referring to the terminal identification information and the vehicle identification information stored in said storage part and send a secondary in-vehicle environment conditioning command corresponding to the primary in-vehicle environment conditioning command to said corresponding electric vehicle via said communicator.;
• upon receiving in-vehicle environment information indicating an environment condition inside said vehicle and power source temperature information indicating a temperature condition in a power source of said electric vehicle from said electric vehicle via said communicator, generate information for display that enables both the vehicle interior environment information and the power source temperature information to be displayed on one screen, and send the generated information for display to said communication information terminal via said communication part;
• and
• upon receiving primary power source temperature rise completion information indicative of a completion of temperature rise in said power source from said electric send secondary temperature rise completion information corresponding to the primary temperature rise completion information to said communication information terminal via said communicator.

A communication information terminal comprising:

• an input part configured to be operable by a user;
• a display part configured to display information on a screen;
• a terminal communication part configured to perform communication with an electric vehicle;
• and
• a terminal controller configured to:
• transmit, when said input part receives an operation for activating an in-vehicle air conditioner installed in said electric vehicle and configured to adjust a temperature inside said vehicle, an in-vehicle environment conditioning command for activating said in-vehicle environment conditioner of said electric vehicle via said terminal communication part;
• and
• upon receiving in-vehicle environment information of an environment condition inside said vehicle and power source temperature information indicating a temperature condition in a power source of said electric vehicle from said electric vehicle via said terminal communication part, cause said display part to display the vehicle interior environment information and the power source temperature information on one screen.

An electric vehicle driven by power supplied from a power source provided with a temperature raising device, said vehicle comprising:

• an in-vehicle environment conditioner configured to adjust a temperature inside said vehicle;
• a wireless communicator configured to communicate with a communication information terminal of a user which is outside said vehicle;
• a short-distance wireless communicator configured to communicate with the user which is outside said vehicle and to receive an in-vehicle environment conditioning signal for activating said in-vehicle air conditioner;
• and
• a controller configured to activate said in-vehicle environment conditioner upon receiving said in-vehicle environment conditioning signal via said short -distance wireless communicator, wherein
• when said controller receives the in-vehicle environment conditioning signal, said controller determines whether or not a temperature of said power source exceeds a predefined temperature needed to secure enough electricity to drive said electric vehicle, and
• when it is determined that the temperature of said power source does not exceed the predefined temperature, said controller activates said temperature raising device to heat up said power source and sends information indicative of the activation of said temperature raising device, to said predetermined communication information terminal via said wireless communicator.