The invention discloses a network topology structure used for a vehicle, comprising a CAN network channel and two LIN network channels; each network channel is connected with each other by gateways, thereby realizing information share, wherein, the CAN network channel and the gateways of the LIN network channels are integrated in a vehicle controller. The CAN network channel comprises a power andchassis part and a vehicle body controlling part; one LIN network channel includes a rainfall sensor, an anti-theft speaker and an auxiliary instrument, and the other LIN network channel comprises a vehicle window anti-clamp module and a rear vehicle body controller. By the combination of two types of buses of the CAN and the LIN, the network topology structure causes the two types to achieve advantage supplementation; by the introduction of the gateways, the network is divided into three relatively independent controlling networks; the communicating reliability and the real-time performance among each system are enhanced; simultaneously, the resources and the cost are saved; and great convenience is provided for the expansion and change of the functions of whole vehicle.