Roof ventilation system

A ventilation system for use with a peaked roof, the roof extending between lower-most extending edges disposed proximate to fascia boards and an upper-most extending peak, said ventilation system comprising:

• a plurality of interconnecting panels assembled upon at least first and second angled sides of the roof, each of said panels exhibiting a length, width and thickness and defining a plurality of internal and lengthwise extending airflow passages;
• said panels being interconnected along at least one of opposing side and end extending edges and so that said airflow passages align between the lower-most extending edges of the roof and the upper-most extending edges, associated with the peak;
• an elongated cap arranged in extending fashion between side extending edges of selected and opposing panels, said cap further comprising, in cross section, first and second angled and interconnecting faces, a pair of legs projecting from locations associated with said first and second faces and supporting said cap between said side extending edges of said panels, said cap further including at least one of a hip cap and a valley cap for use with at least one of a hip and valley associated with the peaked roof, each of said hip and valley caps further including elongate extending and interconnected planar faces and from which project a pair of parallel and likewise extending legs, said cap interconnecting first and second panels arranged in an angular orientation relative to the roof valley or peak;
• and
• airflow currents being drawn through said aligned airflow passages of said interconnected panels, in an upwardly angled manner, and exhausted along the extending peak in order to reduce thermal gain occurring from an exterior location of the roof in a first environmental condition and to reduce internal thermal loss from penetrating a covering material applied upon the roof in a second environmental condition.