NOVELTY - A photovoltaic tracking solar energy capturing and conversion system includes two groups (222, 224) of spaced-apart solar energy collectors modules secured to a support; and a tracking system that orients the support to maximize the amount of solar energy captured by the staggered rows of solar energy collector modules. The two groups of solar energy collectors modules define two parallel planes separated by an air gap which is dimensioned to ensure heat dissipation to prevent overheating of the photovoltaic cells.    USE - A photovoltaic tracking solar energy capturing and conversion system.    ADVANTAGE - In the photovoltaic tracking solar energy capturing and conversion system, the gap between the planes and the space between individual solar energy collector modules of a same group allow for improved heat dissipation in the modules and for the solar panel assembly to offer low resistance to wind.    DETAILED DESCRIPTION - A photovoltaic tracking solar energy capturing and conversion system comprises:    (1) a first group (222) of spaced-apart solar energy collectors modules secured to a support;    (2) a second group (224) of spaced-apart solar energy collectors modules secured to the support, each solar energy collector module of the two groups of solar energy collector modules including an array of photovoltaic cells associated with a respective optical light collector element, the two groups of solar energy collectors modules defining two parallel planes separated by an air gap which is dimensioned to ensure heat dissipation to prevent overheating of the photovoltaic cells, the two groups of solar energy collectors modules being staggered with respect to each other by an amount that allows the optical light collector elements (118) of each solar energy collector module to be exposed to equal levels of solar energy for capture by the optical light collector elements and associated photovoltaic cells, where the two parallel planes and the staggered positioning of the two groups of solar energy collector modules reduce wind load upon the solar energy collector modules; and    (3) a tracking system that orients the support to maximize the amount of solar energy captured by the staggered rows of solar energy collector modules to provide an optimum exposure of each optical light collector element to the solar energy and further increase the heat dissipation at the photovoltaic cell level for each position of the solar energy collector modules as provided by the tracking system.    An INDEPENDENT CLAIM is included for a method of dissipating heat accumulation in concentrated photovoltaic solar panels caused by an optic concentrator.    DESCRIPTION OF DRAWING(S) - The drawing shows a light-guide solar optic based concentrated photovoltaic system.    Optical light collector elements (118)    Light collector rows (208)    Groups of solar energy collectors (222, 224)    Shadow (228)    Trim (230)