NOVELTY - A photovoltaic module (300) (P1) for generating electricity from solar energy, comprises a base substrate (302); at least one photovoltaic strips (304) arranged over the base substrate, where spaces are formed in between adjacent photovoltaic strips; several optical vees (306) placed in the spaces between the photovoltaic strips; and at least one re-molded concentrating element for concentrating solar energy over the photovoltaic strip, the re-molded concentrating elements being formed by re-molding at least one pre-molded concentrating elements (308) over the cavity.    USE - For generating electricity from solar energy (claimed).    ADVANTAGE - The photovoltaic module increases the power output and reduces the cost of the photovoltaic modules compared to conventional low concentrator photovoltaic modules; has higher efficiency, ease of manufacturing compared to conventional low concentrator photovoltaic modules; reduces defects; fabricates with lesser amount of semiconductor material.    DETAILED DESCRIPTION - A photovoltaic module (300) (P1) for generating electricity from solar energy, comprises a base substrate (302); at least one photovoltaic strips (304) arranged over the base substrate, where spaces are formed in between adjacent photovoltaic strips; several optical vees (306) placed in the spaces between the photovoltaic strips, such that at least one cavity is formed between the optical vees; and at least one re-molded concentrating element for concentrating solar energy over the photovoltaic strip, the re-molded concentrating elements being formed by re-molding at least one pre-molded concentrating elements (308) over the cavity, such that the re-molded concentrating elements take the shape of the cavity. INDEPENDENT CLAIMS are included for the following:    (1) photovoltaic module (P2) comprises a base substrate; device for converting solar energy into electrical energy, the device being arranged over the base substrate with spaces in between adjacent converting device; and concentrating device for concentrating solar energy over the converting device, the concentrating device comprises several optical vees placed in the spaces between the photovoltaic strips, such that at least one cavity is formed between the optical vees; and at least one re-molded concentrating element for concentrating solar energy over the photovoltaic strips, the re-molded concentrating elements being formed by re-molding at least one pre-molded concentrating element over the cavity, such that the re-molded concentrating elements take the shape of the cavity;    (2) fabricating a photovoltaic module (M1) involving arranging at least one photovoltaic strip over a base substrate such that spaces are formed between the photovoltaic strip, the photovoltaic strips being capable of converting solar energy into electrical energy; connecting the photovoltaic strips through at least one conductor in a predefined manner; placing several optical vees in the spaces the photovoltaic strips over the base substrate, the photovoltaic strips form at least one cavity in between the optical vees; placing at least one pre-molded concentrating elements over the photovoltaic strips in the cavity; and re-molding the pre-molded concentrating elements to form at least one re-molded concentrating element over the photovoltaic strip in the cavity, such that the re-molded concentrating elements take the shape of the cavity;    (3) a system (S1) for manufacturing a photovoltaic module comprising a strip-arranger for arranging the photovoltaic strips over a base substrate, where spaces are formed in between adjacent photovoltaic strips, the photovoltaic strips are capable of converting solar energy into electrical energy; a stringer for connecting the photovoltaic strips through at least one conductor in a predefined manner; an optical-vee-placer for placing several optical vees in the spaces between the photovoltaic strips, such that at least one cavity is formed between the optical vees; a concentrator placer for placing at least one pre-molded concentrating element over the cavity; and a heater for heating the pre-molded concentrating elements to form at least one re-molded concentrating element, such that the re-molded concentrating elements take the shape of the cavity;    (4) a system (S2) for generating electricity from solar energy, the system comprising a photovoltaic module (P1); and a power-consuming unit for consuming charge generated by the photovoltaic module, the power-consuming unit being connected with the photovoltaic module;    (5) manufacturing a system (M2) for generating electricity from solar energy, involving manufacturing a photovoltaic module (M1); and connecting a power-consuming unit with the photovoltaic module, the power-consuming unit consuming charge generated by the photovoltaic module.    DESCRIPTION OF DRAWING(S) - The figure shows a blown-up view of a photovoltaic module:    Photovoltaic module (300)    Base substrate (302)    Several photovoltaic strips (304)    Optical vees (306)    Pre-molded concentrating element (308)