An intelligent mowing system comprising: an intelligent lawn mower comprising: a cutting blade for cutting grass; a deck for supporting the cutting blade; at least one wheel rotatably supporting the deck; and a first drive motor configured to provide torque to the at least one wheel; characterized by a communication unit configured to communicate with a cloud server to receive an electronic map; and a display interface configured to display an electronically controlled map, the electronically controlled map comprising three superimposed layers: a cover layer configured to load the electronic map received by the communication unit, a mark layer configured to store a plurality of position marks, and a control layer configured to extract user input; wherein the intelligent lawn mower further comprises: a boundary selection module configured to select a mowable area boundary from user input extracted by the control layer, the mowable area boundary defining a mowable area, and further select a first boundary, a second boundary relative to the first boundary, a first virtual boundary equidistant to the first boundary and a second virtual boundary equidistant to the second boundary; a mowing path generation module configured to set a plurality of target positions on the first virtual boundary and the second virtual boundary on the mark layer according to a preset path, and generate a mowing path according to the plurality of target positions; and a controller electrically connected to or communicated with the display interface and the mowing path generation module, the controller configured to control the intelligent lawn mower to perform mowing tasks according to the mowing path generated by the mowing path generation module. an intelligent lawn mower comprising: a cutting blade for cutting grass; a deck for supporting the cutting blade; at least one wheel rotatably supporting the deck; and a first drive motor configured to provide torque to the at least one wheel; characterized by a cutting blade for cutting grass; a deck for supporting the cutting blade; at least one wheel rotatably supporting the deck; and a first drive motor configured to provide torque to the at least one wheel; characterized by a communication unit configured to communicate with a cloud server to receive an electronic map; and a display interface configured to display an electronically controlled map, the electronically controlled map comprising three superimposed layers: a cover layer configured to load the electronic map received by the communication unit, a mark layer configured to store a plurality of position marks, and a control layer configured to extract user input; wherein the intelligent lawn mower further comprises: a boundary selection module configured to select a mowable area boundary from user input extracted by the control layer, the mowable area boundary defining a mowable area, and further select a first boundary, a second boundary relative to the first boundary, a first virtual boundary equidistant to the first boundary and a second virtual boundary equidistant to the second boundary; a mowing path generation module configured to set a plurality of target positions on the first virtual boundary and the second virtual boundary on the mark layer according to a preset path, and generate a mowing path according to the plurality of target positions; and a controller electrically connected to or communicated with the display interface and the mowing path generation module, the controller configured to control the intelligent lawn mower to perform mowing tasks according to the mowing path generated by the mowing path generation module. a boundary selection module configured to select a mowable area boundary from user input extracted by the control layer, the mowable area boundary defining a mowable area, and further select a first boundary, a second boundary relative to the first boundary, a first virtual boundary equidistant to the first boundary and a second virtual boundary equidistant to the second boundary; a mowing path generation module configured to set a plurality of target positions on the first virtual boundary and the second virtual boundary on the mark layer according to a preset path, and generate a mowing path according to the plurality of target positions; and a controller electrically connected to or communicated with the display interface and the mowing path generation module, the controller configured to control the intelligent lawn mower to perform mowing tasks according to the mowing path generated by the mowing path generation module.