Spacer for wind turbine cables
The present disclosure is directed to a cable securement assembly for protecting cables and/or cable bundles within a wind turbine. The cable securement assembly includes a cable spacer having an inner surface and an outer surface separated by a thickness and one or more fastening components. The inner surface defines an open center configured to receive the plurality of cables therein. The inner surface defines a plurality of cable locations defined by one or more through holes configured through the thickness. The one or more fastening components are configured to secure one or more of the plurality of cables at each cable location via the through holes.
1. A cable securement assembly for a plurality of cables within a wind turbine, the cable securement assembly comprising:
a cable spacer comprising an inner surface and an outer surface separated by a thickness, the inner surface defining an open center configured to receive the plurality of cables therein, the inner surface defining a plurality of cable locations defined by a plurality of through holes configured through the thickness; and,
a plurality of fastening components for securing one or more of the plurality of cables at the cable locations via the through holes, wherein each of the plurality of fastening components extends around the one or more of the plurality of cables at the cable locations through adjacent through holes and around a portion of the outer surface of the cable spacer.
2. The cable securement assembly of claim 1 , wherein the fastening components comprise at least one of zip ties, ropes, or strings.
3. The cable securement assembly of claim 1 , wherein the cable spacer is configured to fit within at least one of an opening of a platform within a tower of the wind turbine or a drip loop bracket.
4. The cable securement assembly of claim 1 , wherein the cable spacer is formed from one continuous piece of material.
5. The cable securement assembly of claim 4 , wherein the continuous piece of material comprises a slot.
6. The cable securement assembly of claim 1 , wherein the cable spacer is formed from multiple segments joined together.
7. The cable securement assembly of claim 6 , wherein the multiple segments are joined together via one or more of the plurality of fastening components.
8. The cable securement assembly of claim 6 , wherein each of the multiple segments comprises corresponding locking ends, wherein the multiple segments are joined together via the corresponding locking ends.
9. A wind turbine, comprising:
a tower secured to a support surface, the tower comprising at least one platform configured therein;
a nacelle configured atop the tower;
a plurality of cables configured within the tower and nacelle; and,
a cable securement assembly configured to secure the cables within the tower, the cable securement assembly comprising:
a cable spacer comprising an inner surface and an outer surface separated by a thickness, the inner surface defining an open center configured to receive the plurality of cables therein, the inner surface defining a plurality of cable locations defined by one or more through holes configured through the thickness, and
one or more fastening components configured to secure one or more of the plurality of cables at each cable location via the through holes, wherein each of the plurality of fastening components extends around the one or more of the plurality of cables at the cable locations through adjacent through holes and around a portion of the outer surface of the cable spacer.
10. The wind turbine of claim 9 , wherein the fastening components comprise at least one of zip ties, ropes, strings.
11. The wind turbine of claim 9 , wherein the cable spacer is configured to fit within at least one of an opening of a platform within a tower of the wind turbine or a drip loop bracket.
12. The wind turbine of claim 9 , wherein the cable spacer is formed from one continuous piece of material.
13. The wind turbine of claim 12 , wherein the continuous piece of material comprises a slot.
14. The wind turbine of claim 9 , wherein the cable spacer is formed from multiple segments joined together.
15. The wind turbine of claim 14 , wherein the multiple segments are joined together via one or more of the plurality of fastening components.
16. The wind turbine of claim 14 , wherein each of the multiple segments comprises corresponding locking ends, wherein the multiple segments are joined together via the corresponding locking ends.
17. A method for protecting a plurality of cables within a wind turbine, the method comprising:
securing one or more of the plurality of cables within a first segment of a cable spacer at a plurality of cable locations via a plurality of fastening components;
securing one or more of the plurality of cables within a second segment of the cable spacer at a plurality of cable locations via a plurality of fastening components, wherein each of the plurality of fastening components extends around the one or more of the plurality of cables at the cable locations of each of the first and second segments through adjacent through holes extending through a wall thickness of the cable spacer and around a portion of an outer surface of the cable spacer; and,
securing the first and second segments together, wherein the cable spacer is configured to space apart and protect the plurality of cables therein.
18. The method of claim 17 , further comprising securing the first and second segments together one or more fastening components or corresponding locking ends of the first and second segments.