An electric mowing vehicle includes a frame; a mowing assembly connected to the frame; a traveling assembly connected to the frame and including at least traveling wheels; a traveling motor configured to at least drive the traveling wheels to rotate; a power supply device configured to supply power to at least the traveling motor; and a human-computer interaction device configured to display vehicle information or receive the information inputted by a user. The human-computer interaction device further includes a display panel with a touch function. The display panel is capable of displaying at least a first display page or a second display page. The display panel is configured to be capable of switching between the first display page and the second display page when receiving a fingerprint touch switching instruction from the user.

A method for monitoring an energy storage device of a vehicle is disclosed, in which a state of charge of the energy storage device is monitored. A close-range communication connection is automatically established between the vehicle and a mobile device when a digital key stored on the mobile device is detected in a close range of the vehicle. Charging information relating to the state of charge is transmitted to the mobile device when the mobile device is connected via the close-range communication connection to the vehicle and a high energy consumption is detected while the vehicle is at a standstill and/or a low-power status of the energy storage device is reached.