The present invention relates to a solar regenerative energy heating and cooling device using an asphalt pavement as a heat collecting plate, and is buried in an asphalt intermediate layer and improves the contact area with the asphalt intermediate layer around it to absorb heat energy absorbed in the asphalt intermediate layer as efficiently as possible. A heating pipe in which an endothermic portion is formed; A tack coating layer coated between the upper surface of the asphalt intermediate layer and the lower surface of the asphalt layer and made of copper powder having a very high thermal conductivity added to the emulsified asphalt so as to rapidly absorb the solar energy transmitted to the asphalt surface layer and rapidly transfer the absorbed solar energy to the asphalt intermediate layer; This is done including.;Therefore, the tack coating layer made by adding copper powder having a very high thermal conductivity to the emulsified asphalt, which is a tack coating material, allows the solar heat energy absorbed from the asphalt surface layer to be transferred more quickly and effectively to the asphalt intermediate layer. The contact area with the asphalt interlayer is maximized so that the heating pipe absorbs the solar energy absorbed by the asphalt interlayer as much as possible. In addition, since the heating pipe is installed in the middle layer of asphalt, there is no need to remove the heating pipe when cutting or repaving the asphalt surface for maintenance and repair of the road pavement. Can be saved.; Asphalt pavement, heat absorbing plate, heating pipe, heat absorbing fin, heat absorbing wrinkle part, tack coating layer, fiber reinforcement material, solar renewable energy
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