Solar energy wire harness with in-line fuses
A wire harness connects multiple solar panel junction boxes to a recombiner box. The wire harness includes in-line fuse assemblies, with optional blocking diodes, so each string of solar panels is associated with one fuse. In the event of a blown fuse, only one upstream solar panel string is affected. Entire wire harnesses and/or individual in-line fuse assemblies can be easily swapped out, thereby decreasing the time and expense of troubleshooting and repairing.
1. A wire harness for high voltage, low current power, said wire harness including:
a) photovoltaic wire;
b) a plurality of in-line fuse assemblies connected in pairs of exactly two to said photovoltaic wire, each of said in-line fuse assemblies in each pair being positioned at the same linear position as the other of said in-line fuse assembly of the pair on said photovoltaic wire;
c) a plurality of joints separating said in-line fuse assemblies one-from- another; and
d) a plurality of encasements, each encasement of the plurality of encasements surrounding a different joint in the plurality of joints, wherein each encasement defines protrusions that form at least one vertex, and each encasement defines a securing aperture positioned at said vertex.
2. The wire harness of claim 1 wherein at least one of said in-line fuse assemblies includes a blocking diode.
3. The wire harness of claim 1 further including at least one negative connector engaged with said photovoltaic wire.
4. The wire harness of claim 1 wherein said securing aperture has a perimeter partially defined by a spanning member connecting one of said protrusions to another of said protrusions.
5. The wire harness of claim 1 wherein at least one of said in-line fuse assemblies includes a 2-20 amp fuse.
6. The wire harness of claim 1 wherein one of said in-line fuse assemblies includes a 600V or 1000V DC fuse.
7. The wire harness of claim 1 wherein said in-line fuse assemblies each include a protective housing.
8. The wire harness of claim 1 wherein said photovoltaic wire is between 8 gauge and 12 gauge.
9. eviously Amended) The wire harness of claim 4 wherein said encasements include at least one cross joint and/or at least one tee joint.
10. A wire harness for electrically coupling a solar panel junction box to a recombiner box, said wire harness including:
a) a trunk constructed of photovoltaic wire;
b) a plurality of branches located in pairs of exactly two with each branch having a proximal end and a distal end, said proximal ends each directly connected to said trunk at a joint surrounded by an encasement that defines a plurality of protrusions forming at least one vertex, wherein each encasement defines a securing aperture positioned at said vertex with each of said branches in each pair being positioned at the same linear position as the other of said branches of the pair on said photovoltaic wire;
c) a plurality of connectors each connected at the distal end of said branches; and
d) a plurality of in-line fuse assemblies each connected to one of said branches.
11. The wire harness of claim 10 wherein each of said in-line fuse assemblies is positioned separately from each of said connectors.
12. The wire harness of claim 10 wherein each of said in-line fuse assemblies includes a 3-sided housing and flat-sided lid.
13. The wire harness of claim 12 wherein said 3-sided housing and said flat-sided lid are constructed of polypropylene.
14. The wire harness of claim 12 wherein said 3-sided
15. The wire harness of claim 10 further including a midget fuse having an ampacity of 2 to 30 amps.
16. The wire harness of Claim 10 wherein said encasement defines at least one securing aperture has a perimeter partially defined by a spanning member connecting one of said protrusions to another of said protrusions.