ERGONOMIC SOLAR MODULE FRAME WITH CABLE MANAGEMENT FLANGE

1 . A solar module system comprising:

a frame including:

a body;

a lower flange extending from the body; and

a cable management flange extending from an interior surface of the body above the lower flange, wherein the cable management flange and the lower flange define a cable cavity therebetween for retaining a cable;

a microinverter; and

an adapter assembly attaching the microinverter to the frame, the adapter assembly including:

an adapter including a microinverter attachment projection attached to the microinverter, a frame attachment extension, and a side wall extending between the microinverter attachment projection and the frame attachment extension.

2 . The solar module system of claim 1 , wherein the frame attachment extension of the adapter includes a fastener, and wherein the lower flange of the frame includes a pre-cut slot receiving the fastener.

3 . The solar module system of claim 1 , the adapter assembly further including an adapter sheath for receiving the frame attachment extension of the adapter therein, wherein the adapter sheath includes:

a top wall that engages the frame attachment extension and the cable management flange when the cable cavity receives the adapter sheath; and

a bottom wall coupled to the top wall that engages the frame attachment extension and the lower flange when the cable cavity receives the adapter sheath.

4 . The solar module system of claim 3 , wherein the adapter sheath further includes:

exterior top locking tabs, wherein the exterior top locking tabs engage the cable management flange when the cable cavity receives the adapter sheath;

exterior bottom locking tabs, wherein the exterior bottom locking tabs engage the lower flange when the cable cavity receives the adapter sheath; and

interior tabs, wherein the interior tabs engage the frame attachment extension of the adapter.

5 . The solar module system of claim 1 , wherein the body has a top, a bottom, the interior surface extending vertically between the top and the bottom of the body, an exterior surface extending vertically between the top and the bottom of the body, and an interior cavity between the interior surface and the exterior surface.

6 . The solar module system of claim 1 , wherein the body defines an open recess above the lower flange, the cable management flange dividing the open recess into regions.

7 . The solar module system of claim 1 , further comprising a cable connected to the microinverter and secured in the cable cavity.

8 . A microinverter assembly for use with a solar array, the microinverter assembly comprising:

a microinverter; and

an adapter assembly for attaching the microinverter to a flange, the adapter assembly including:

an adapter including a microinverter attachment projection attached to the microinverter, an attachment extension, and a side wall extending between the microinverter attachment projection and the attachment extension.

9 . The microinverter assembly of claim 8 , wherein the attachment extension of the adapter includes a fastener, and wherein the fastener is received in a pre-cut slot of a lower flange of a frame.

10 . The microinverter assembly of claim 8 , the adapter assembly further including an adapter sheath for receiving the attachment extension of the adapter therein, wherein the adapter sheath includes:

a top wall that engages the attachment extension and a cable management flange when a cable cavity receives the adapter sheath; and

a bottom wall attached to the top wall, the bottom wall engaging the attachment extension and a lower flange.

11 . The microinverter assembly of claim 10 , wherein the adapter sheath further includes:

exterior top locking tabs, wherein the exterior top locking tabs engage the cable management flange when the cable cavity receives the adapter sheath;

exterior bottom locking tabs, wherein the exterior bottom locking tabs engage the lower flange when the cable cavity receives the adapter sheath; and

interior tabs, wherein the interior tabs engage the attachment extension of the adapter.

12 . The microinverter assembly of claim 10 , further comprising a cable connected to the microinverter and secured in the cable cavity.

13 . A cable management system comprising:

a body including an interior surface;

a lower flange extending from the body; and

a cable management flange extending from the interior surface of the body above the lower flange, wherein the cable management flange and the lower flange define a cable cavity therebetween for retaining at least one cable;

a microinverter;

an adapter assembly for attaching the microinverter to the lower flange or the cable management flange, the adapter assembly including:

an adapter including a microinverter attachment projection attached to the microinverter an attachment extension, and a side wall extending between the microinverter attachment projection and the attachment extension; and

a cable connected to the microinverter and secured in the cable cavity.

14 . The cable management system of claim 13 , wherein the attachment extension of the adapter includes a fastener, and wherein the lower flange includes a pre-cut slot receiving the fastener.

15 . The cable management system of claim 13 , the adapter assembly further including an adapter sheath for receiving the attachment extension of the adapter therein, wherein the adapter sheath includes:

a top wall that engages the attachment extension and the cable management flange when the cable cavity receives the adapter sheath; and

a bottom wall coupled to the top wall that engages the attachment extension and the lower flange when the cable cavity receives the adapter sheath.

16 . The cable management system of claim 15 , wherein the adapter sheath further includes:

exterior top locking tabs, wherein the exterior top locking tabs engage the cable management flange when the cable cavity receives the adapter sheath;

exterior bottom locking tabs, wherein the exterior bottom locking tabs engage the lower flange when the cable cavity receives the adapter sheath; and

interior tabs, wherein the interior tabs engage the attachment extension of the adapter.

17 . The cable management system of claim 13 , wherein the body has a top, a bottom, the interior surface extending vertically between the top and the bottom of the body, an exterior surface extending vertically between the top and the bottom of the body, and an interior cavity between the interior surface and the exterior surface.

18 . The cable management system of claim 13 , wherein the body defines an open recess above the lower flange, the cable management flange dividing the open recess into regions.

19 . A solar module system comprising:

a frame including:

a body;

a lower flange extending from the body; and

a cable management flange extending from an interior surface of the body above the lower flange, wherein the cable management flange and the lower flange define a cable cavity therebetween for retaining a cable;

a casing; and

an adapter assembly attaching the casing to the frame, the adapter assembly including:

an adapter including an attachment projection attached to the casing, a frame attachment extension, and a side wall extending between the attachment projection and the frame attachment extension.

20 . The solar module system of claim 19 , wherein the frame attachment extension of the adapter includes a fastener, and wherein the lower flange of the frame includes a pre-cut slot receiving the fastener.

21 . The solar module system of claim 19 , the adapter assembly further including an adapter sheath for receiving the frame attachment extension of the adapter therein, wherein the adapter sheath includes:

a top wall that engages the frame attachment extension and the cable management flange when the cable cavity receives the adapter sheath; and

a bottom wall coupled to the top wall that engages the frame attachment extension and the lower flange when the cable cavity receives the adapter sheath.

22 . The solar module system of claim 21 , wherein the adapter sheath further includes:

exterior top locking tabs, wherein the exterior top locking tabs engage the cable management flange when the cable cavity receives the adapter sheath;

exterior bottom locking tabs, wherein the exterior bottom locking tabs engage the lower flange when the cable cavity receives the adapter sheath; and

interior tabs, wherein the interior tabs engage the frame attachment extension of the adapter.

23 . The solar module system of claim 19 , further comprising a cable connected to the casing and secured in the cable cavity.