The invention discloses a double-layer continuous reinforced concrete pavement structure suitable for a pluvial region. The pavement structure comprises a base layer which is divided into an upper base layer body and a lower base layer body. The upper base layer body is made of lean concrete. The lower base layer body is made of bituminous macadam. A cement concrete pavement layer is paved on the base layer, and a graded broken stone hardcore is paved under the base layer. The cement concrete pavement layer is provided with double-layer continuous glass fiber reinforced polymer rebars and supporting bases. The double-layer continuous glass fiber reinforced polymer rebars comprise the upper-layer continuous longitudinal glass fiber reinforced polymer rebars, the lower-layer continuous transverse glass fiber reinforced polymer rebars and the lower-layer continuous longitudinal glass fiber reinforced polymer rebars. Transverse joints are arranged on the pavement layer at intervals of 150 m. A pre-cutting joint is arranged at the well cover on the pavement layer. A fine type dense grade asphalt concrete interlayer is arranged between the base layer and the pavement layer. The base layer and the pavement layer are provided with 2%-3% crown slopes. According to the double-layer continuous reinforced concrete pavement structure suitable for the pluvial region, the problem that the pavement structure of a road in the pluvial region is severely damaged early due to abundant drainage systems or impeded drainage can be effectively solved.