NOVELTY - A compliant system provides compliance to an optical component (110) when the optical component is secured in between back and front panels (112,114). The compliant system is secured to the optical component without using an adhesive substance between the compliant system and the optical component. The compliant system has two compliant parts (102,104), where one is attached to each area of the optical component. The second compliant part is attached to the front panel and on the end of the optical component to hold the optical component with respect to the front panel.    USE - Optical system for generating solar power.    ADVANTAGE - The use of optical system eliminates the need to use glue in positioning the optical component in the optical system. This also eliminates any equipment needed to hold optical component in place while the glue sets or dries. This allows the front panel to be manufactured separately from the optical component. The optical component does not need to be adhered directly to the front panel until the optical system is assembled. Until the front panel needs to be placed in optical system to form the system with side panels and back panel, no interaction with optical component is needed. The assembly of front panel without optical component enables automated handling of front panel to reduce manufacturing costs and labor and to improve quality. The compliant parts provide compliance for the optical component. Accordingly, slight movements are absorbed without damaging the optical component. The design of the compliant parts allows compliance in the X, Y and Z directions.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for    (1) method of producing a solar power optical system;    (2) method of manufacturing an optical system    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the optical system.    Optical component (110)    Compliant parts (102,104)    Back and front panels (112,114)    Cell (116)    Spacer rod (118)