NOVELTY - The module (300) has a vacant structure (310) including a reflective parabolic inside surface (340). A focal device is arranged inside the vacant structure for receiving a solar energy converter, where the device is positioned proximate to a focal point of the reflective parabolic inside surface. A cover is coupled to the vacant structure and placed opposite to the reflective parabolic inside surface for transmitting sunlight. The vacant structure is formed inside a rectangular-shaped box. The reflective parabolic inside surface is made of a substance, which reflects light.    USE - Solar concentrator module for collecting and converting solar energy to other energy forms e.g. electric energy or thermal energy.    ADVANTAGE - The heat extractor of the module absorbs and conducts radiation heat collected on the solar concentrator module, so that thermal energy is generated with electric energy simultaneously. The heat extractor greatly enhances the energy conversion efficiency of the solar cell due to the generated thermal energy added to the electric energy. The heat extractor maintains the solar concentrator module at a lower operation temperature so as to increase the solar or photovoltaic conversion efficiency. The sealed structure insulates an interior of the concentrator from outside environment, and an insulated external heat conduction system can be adapted to reduce heat loss. The overall thermal energy conversion efficiency of the solar concentrator module is significantly improved. The module can be used in connection with a solar tracking mechanism, which can adjust the position and orientation of the structure to improve sunlight focus efficiency.    DETAILED DESCRIPTION - The vacant structure is manufactured by metal casting, metal forging, plastic injection molding, glass blowing and glass molding. A heat conduit is made of a solid metal or a pipeline for carrying liquid. An INDEPENDENT CLAIM is also included for a method for collecting and converting solar energy to other energy forms using an apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar concentrator module with multiple reflective parabolic inside surfaces and solar cells integrated inside.    Solar concentrator module (300)    Vacant structure (310)    Positive electrode (322)    Negative electrode (324)    Reflective parabolic inside surface (340)