NOVELTY - The photovoltaic module mounting system comprises a first rail bracket attached between a first set of two feet, a second rail bracket attached to a second set of two feet, first and second rails connected between the first and second rail brackets, clamps attaching a metal frames of a photovoltaic module to the first and second rails, a first shade link connected between the first set of feet and a third set of feet, a second shade link connected between the second set of feet and a fourth set of feet, and a wind deflector placed along an edge of the module.    USE - The system is useful for mounting framed photovoltaic modules or panels in building rooftops and industrial open areas.    ADVANTAGE - The cost effective and flexible system is capable of effectively and easily mounting the framed photovoltaic solar panels in the buildings thus reliably protecting the panels against wind forces such as hurricanes and tornados, rain, snow and hail.    DETAILED DESCRIPTION - The photovoltaic module mounting system comprises a first rail bracket attached between a first set of two feet, a second rail bracket attached to a second set of two feet, first and second rails connected between the first and second rail brackets, clamps attaching a metal frames of a photovoltaic module to the first and second rails, a first shade link connected between the first set of feet and a third set of feet, a second shade link connected between the second set of feet and a fourth set of feet, a wind deflector placed along an edge of the module, and a ballast pan attached between the first and second rails. The rail bracket comprises a main member, a first post attached to a first end of the main member, a second post attached to a second end of the main member, a beam connected between the first and second posts, a first square mounting tube placed on a top of the first post, and a second square mounting tube placed on a top of the second post. The shade links attach/interconnect the mounting system into an integrated array of photovoltaic modules. Each clamp comprises an upper clamp, an upper elastomeric pad, a lower clamp having a ridge, first and second lower clamp elastomeric pads formed to align along each side of the ridge in the lower clamp, and a fastener to attach the upper and lower clamps. The upper and lower clamp pads are compressed against the photovoltaic module to secure the module in a place. The second posts are longer/ taller than the first post. A roof penetrating attachment is connected to the first and second rails, and comprises a post, a bracket attached to the top of the post, a rod having a horizontal slot, and a locking member attached through the two vertical slots of the bracket and through the horizontal slot of the rod. The bracket comprises two spaced vertical slots. The ballast pan comprises a first and second rods connected between the first and second rails and a pan attached to the first and second rods. Each foot in the first set includes the first post. Each foot in the second set includes the second post. The first and second rail links are connected between a first foot and a second foot. The first rail is connected between two first posts. The second rail is connected between two second posts. The metal frames are positioned on the first and second rails.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of a solar panel mounting system.    Solar panel (2a)    Feet (3a)    Long link (4a)    Short link (5a)    Rail bracket. (6a)