A solar module connector connects a first solar module to a second solar module. A solar module connector top part includes a slot insert that fits within a frame slot of a first solar module frame of the first solar module. A solar module connector bottom part includes a slot insert that fits withi
A solar module connector connects a first solar module to a second solar module. A solar module connector top part includes a slot insert that fits within a frame slot of a first solar module frame of the first solar module. A solar module connector bottom part includes a slot insert that fits within a frame slot of a second solar module frame of the second solar module. A fastener securely fastens the solar module connector top part to the solar module connector bottom.
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1. A solar module system comprising: a first solar module that includes a first solar module frame with a frame slot;a second solar module that includes a second solar module frame with a frame slot; anda solar module connector that connects the first solar module to the second solar module, the sol
1. A solar module system comprising: a first solar module that includes a first solar module frame with a frame slot;a second solar module that includes a second solar module frame with a frame slot; anda solar module connector that connects the first solar module to the second solar module, the solar module connector including:a solar module connector top part that includes a slot insert that fits within the frame slot of the first solar module frame and that includes a top part connection surface,a solar module connector bottom part that includes a slot insert that fits within the frame slot of the second solar module frame and that includes a bottom part connection surface, anda fastener that securely fastens the solar module connector top part to the solar module connector bottom part so that the top part connection surface exerts a pressure on the second solar module frame to create an electrical connection between the solar module connector and the second solar module frame, and so that the bottom part connection surface exerts a pressure on the first solar module frame to create an electrical connection between the solar module connector and the first solar module frame. 2. The solar module system as in claim 1 wherein the fastener is a bolt that goes through a slot in the solar module connector top part into a threaded hole within the solar module connector bottom part. 3. The solar module system as in claim 1: wherein the solar module connector top part includes a first angled guide; wherein the solar module connector bottom part includes a second angled guide; and, wherein as the fastener securely fastens the solar module connector top part to the solar module connector bottom part, the first angled guide and the second angled guide provide horizontal movement that structurally locks the first solar module to the second solar module, wherein there is horizontal movement of the solar module connector top part with respect to the solar module connector bottom part so that resulting horizontal pressure of the top part connection surface against the second solar module frame is to create the electrical connection between the solar module connector and the second solar module frame and so that resulting horizontal pressure of the bottom part connection surface against the first solar module frame is to create the electrical connection between the solar module connector and the first solar module frame. 4. The solar module system as in claim 1 wherein the top part connection surface includes bonding teeth and wherein the bottom part connection surface includes bonding teeth. 5. The solar module system as in claim 1: wherein the solar module connector top part includes a first flange on which is located the top part connection surface; wherein the solar module connector bottom part includes a second flange on which is located the bottom part connection surface; and, wherein as the fastener securely fastens the solar module connector top part to the solar module connector bottom part, the fastener provides vertical movement of the solar module connector top part with respect to the solar module connector bottom part so that resulting vertical pressure of the top connection surface against the second solar module frame is to create the electrical connection between the solar module connector and the second solar module frame and so that resulting vertical pressure of the bottom part connection surface against the first solar module frame is to create the electrical connection between the solar module connector and the first solar module frame. 6. The solar module system as in claim 1 additionally comprising: a foot roof attachment that includes: an L-bracket, the L-bracket having a vertical slot and a horizontal slot, a bolt with a head shaped to fit within the frame slot of the first solar module frame and a threaded portion shaped to fit through the vertical slot of the L-bracket, a foot base that attaches to a roof, and a foot arm that attaches the foot base to the L-bracket, wherein the vertical slot allows adjustment in a vertical direction and the horizontal slot allows adjustment in a horizontal direction when mounting the first solar module on the roof. 7. The solar module system as in claim 1 additionally comprising: a foot roof attachment that includes: a bracket, the bracket having a vertical slot and a horizontal slot, a bolt with a head shaped to fit within the frame slot of the first solar module frame and a threaded portion shaped to fit through the vertical slot of the bracket, a foot base that attaches to a roof, and a foot arm that attaches the foot base to the bracket, wherein the vertical slot allows adjustment in a vertical direction and the horizontal slot allows adjustment in a horizontal direction when mounting the first solar module on the roof. 8. The solar module system as in claim 1 additionally comprising: a foot roof attachment that includes: an L-bracket, the L-bracket having a vertical slot and a horizontal slot, a bolt with a head shaped to fit within the frame slot of the first solar module frame and a threaded portion shaped to fit through the vertical slot of the L-bracket, a foot base that attaches to a roof, a foot arm that attaches the foot base to the L-bracket, wherein the vertical slot allows adjustment in a vertical direction and the horizontal slot allows adjustment in a horizontal direction when mounting the first solar module on the roof, and a foot flashing placed over the foot base when the foot base is attached to the roof. 9. The solar module system as in claim 1 additionally comprising: a foot roof attachment that includes: an L-bracket, the L-bracket having a vertical slot, a bolt with a head shaped to fit within the frame slot of the first solar module frame and a threaded portion shaped to fit through the vertical slot of the L-bracket, a first foot base that attaches to a roof, a second foot base that attaches to the roof, a first foot arm that attaches to the first foot base, a second foot arm that attaches to the second foot base, and a bridge that is attached to the first foot arm, the second foot arm and the L-bracket, wherein the vertical slot allows adjustment in a vertical direction and the location of placement of the L-bracket on the bridge allows adjustment in a horizontal direction when mounting the first solar module on the roof. 10. The solar module system as in claim 1 additionally comprising: a foot roof attachment that includes: an L-bracket, the L-bracket having a vertical slot, a bolt with a head shaped to fit within the frame slot of the first solar module frame and a threaded portion shaped to fit through the vertical slot of the L-bracket, a first foot base that attaches to a roof, a second foot base that attaches to the roof, a first foot arm that attaches to the first foot base, a second foot arm that attaches to the second foot base, and a bridge that is attached to the first foot arm, the second foot arm and the L-bracket, wherein the vertical slot allows adjustment in a vertical direction and the location of placement of the L-bracket on the bridge allows adjustment in a horizontal direction when mounting the first solar module on the roof; a first foot flashing placed over the first foot base when the first foot base is attached to the roof; and, a second foot flashing placed over the second foot base when the second foot base is attached to the roof. 11. The solar module system as in claim 1 wherein the top part connection surface includes a bonding pin and wherein the bottom part connection surface includes a bonding pin. 12. A solar module connector that connects a first solar module to a second solar module, the solar module connector including: a solar module connector top part that includes a slot insert that fits within a frame slot of a first solar module frame of the first solar module, the solar module connector top part including a connection surface, wherein the solar module connector top part includes a first flange on which is located the top part connection surface;a solar module connector bottom part that includes a slot insert that fits within a frame slot of a second solar module frame of the second solar module, the solar module connector bottom including a bottom part connection surface, wherein the solar module connector bottom part includes a second flange on which is located the bottom part connection surface; and,a fastener that securely fastens the solar module connector top part to the solar module connector bottom part. 13. A foot roof attachment that attaches a solar module to a roof, the foot roof attachment comprising: an L-bracket, the L-bracket having a vertical slot;a bolt with a head shaped to fit within a frame slot of a solar module frame of the solar module and the bolt having a threaded portion shaped to fit through the vertical slot of the L-bracket,a first foot base that attaches to a roof;a second foot base that attaches to the roof;a first foot arm that attaches to the first foot base;a second foot arm that attaches to the second foot base; anda bridge that is attached to the first foot arm, the second foot arm and the L-bracket. 14. The foot roof attachment as in claim 13, wherein a first foot flashing is placed over the first foot base when the first foot base is attached to the roof, and wherein a second foot flashing is placed over the second foot base when the second foot base is attached to the roof. 15. The foot roof attachment as in claim 13, wherein the bolt is a T-bolt that includes sharp edges.
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