NOVELTY - The integrated laminate structure (702b) has plastic or glass carrier elements (702,704) that are provided with optically transparent material to enable light transmission. A carrier element (702) is provided with surface relief pattern that includes surface relief forms and predetermined optical function relative to incident light. The carrier elements are laminated together such that surface relief pattern is embedded within established laminate structure and optically functional cavities are formed at the interface of carrier elements.    USE - Integrated laminate structure of solar cell structure (claimed), used for integrated electronic device, semiconductor device, biomedical system, tribological system, window lighting, green house illumination, advertising, security application, automotive and vehicle industry, street lighting, general lighting, traffic sign, and luminous tag.    ADVANTAGE - The functional structures such as optically functional structures suitable for use in the context of solar technology can be produced. The simple and complex high performance, integrated nano and micro-scale structures with various functionalities such as optical structures can be embedded within laminate structure. The lamination structures can be selected so that the attachment is secure and no gaps are provided between the laminated elements. The integrated elements, layers and coatings can be provided on any side of the obtained laminate. The laminate structure can be manufactured with relatively simple and low cost industrial scale method. The embedded structures of the laminate remain protected from external impulses and contamination. The service life of the related products is extended and is practically maintenance-free. The multilevel layer embedded structures can be easily constructed. The light capture layers can effectively capture and collimate light with wide range of incident angles. The context of solar energy and solar cells improves the operation efficiency to more efficiently capture the incident light to the solar cell. The internal light can be efficiently trapped. The solar cell can remain static and can implement moving unit to adjust the alignment of increased efficiency. The laminate structure attached to the solar cell can be provided with functionalities and layers such as self-cleaning nanostructures, coatings etc. The larger functional surfaces can be constructed with rigid and flexible solar cell structures.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) solar cell structure;    (2) system comprising solar cell structure and laminate structure; and    (3) method for constructing integrated structure.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of the laminate structure for solar cell.    Carrier elements (702,704)    Integrated laminate structure (702b)    Solar cell (706)    Collimation function (708a)    Light trapping functions (710,712)