NOVELTY - A solar roof structure (S1) unified with glass, comprises: first support (300) and second support (310), each containing transparent reinforced glass or transparent polymer material; solar cell (200) selected from dye-sensitized solar cell, organic photovoltaic cell, crystalline silicon solar cell, amorphous silicon solar cell, and thin film solar cell disposed between the first and second supports; and bonding material layer (210) disposed to bond and unify the first and second supports with the solar cell panel disposed between the first support and the second support.    USE - As solar roof structure unified with glass, useful in automotive sunroof and automotive panorama roof (claimed) for generating electrical power during outdoor parking and used for air conditioning and battery recharging.    ADVANTAGE - The high-quality solar roof structure unified with glass, exhibits openness (ability to see through it) and safety; is capable of preventing scattering of pieces if the solar cell panel is broken; is lightweight and thin; allows the device, such as the solar cell, to be mounted on the top surface of a vehicle, especially integrally with a sunroof or a panorama roof. As a result, the opacity problem of the existing silicon solar cell can be solved while ensuring viewing through the sunroof and providing various colors, and further, by reducing the thickness of the solar cell panel, the solar roof can be made thinner and lighter. The use of the adhesive member protects the solar cell panel from external impact, especially when the panel is broken due to a strong external impact, and thus the structure prevents the broken pieces from harming passengers by capturing them. When the solar cell is mounted on a vehicle, the power generated by the solar cell can be used in a variety of ways, such as to lower the temperature in the passenger compartment which has risen during parking, or to operate some electrical parts of the vehicle such as air-conditioning system, cluster ionizer, without power supply, and further for an hybrid electric vehicles (HEVs) or electric vehicles (EVs), additional mileage can be provided through battery recharging. The structure can be fabricated easily; can have various colors; can generate electrical power; and can provide superior physical properties.    DETAILED DESCRIPTION - A solar roof structure (S1) unified with glass in which a solar cell is built in a solar roof, comprises: a first support (300) and a second support (310), each containing a transparent reinforced glass or a transparent polymer material; a solar cell (200) selected from dye-sensitized solar cell, a organic photovoltaic cell, a crystalline silicon solar cell, an amorphous silicon solar cell, and a thin film solar cell disposed between the first and second supports; and a bonding material layer (210) disposed to bond and unify the first and second supports with the solar cell panel disposed between the first support and the second support.    DESCRIPTION OF DRAWING(S) - The figure shows the solar cell panel inserted between first and second supports and unified by bonding material layer and adhesive member layer disposed on the first and second supports.    Solar cell (200)    Bonding material layer (210)    Adhesive member layer (220)    First support (300)    Second support (310)