The invention relates to a novel solar road. A road pavement body is formed by laying multiple hexahedral laying unit square bricks in array; wired charging piles, wireless power transmission launchers, heat supply systems and billboards are arranged on two sides of the road pavement body; each laying unit square brick comprises a pavement pressure bearing layer, a core working layer and a bottom waterproof layer from top to bottom, and a pipeline layer is laid below the bottom waterproof layer. The novel solar road has the benefits as follows: electric energy generated by photovoltaic cell panels is either supplied to warning signs and the billboards or used for the wired charging piles or used for grid connection with the state grid; the wireless power transmission launchers are added and can timely and conveniently provide wireless charging for electric vehicles running on the solar road; the pipeline layers in which flowing water or air is circulated are laid, the photovoltaic panel surface temperatures are effectively reduced, the power generation efficiency is improved, and the pavement temperature is decreased; the flowing water with the temperature increased is treated by the heat supply systems and can meet the heat supply requirement of towns or residents nearby.