Bridge for robotic cleaning solution on photovoltaic (PV) panels
A bridge that may include a first photovoltaic (PV) panel holder, a second PV panel holder; and a body. The body is movably coupled, via a first interface, to the first PV panel holder and is detacheably coupled to the second PV panel holder, wherein the body is configured to move between a first position to a second position when the second PV panel holder is detached from the body, wherein when positioned at the second position, a portion of the body extends above the first PV panel holder.
1. A bridge that comprises:
a first photovoltaic (PV) panel holder;
a second PV panel holder; and
a body;
wherein the body is movably coupled, via a first interface to the first PV panel holder and is movably coupled, via a second interface to the second PV panel holder;
wherein each one of the first PV panel holder and the second PV panel holder comprises a base surface, a central segment that extends from the base surface, and two side segments that extend from the base surface,
wherein a distance between the base surface and a first part of the central segment exceeds a distance between the base surface and a first part of each one of the side segments;
wherein in each one of the first PV panel holder and the second PV panel holder, a base surface segment positioned between the central segment and one of the two side segments is configured to provide a bending region for bending the bridge.
2. The bridge according to claim 1 , wherein each one of the (a) distance between the base surface and first part of the central segment, and (b) the distance between the base surface and a first part of each one of the side segment, ranges between two and four millimeters.
3. The bridge according to claim 1 , wherein a distance between the base surface and the first part of the central segment, substantially equals a sum of (b) a thickness of the body and (c) the distance between the base surface and the first part of one of the side segments.
4. The bridge according to claim 1 , wherein the body is elastic.
5. The bridge according to claim 1 , wherein each one of the first interface and the second interface is an axle, wherein the body is rotatably coupled to the first PV panel holder and to the second PV panel holder.
6. A bridge that comprises:
a first photovoltaic (PV) panel holder;
a second PV panel holder; and
a body;
wherein the body is movably coupled, via a first interface to the first PV panel holder and is movably coupled, via a second interface to the second PV panel holder;
wherein each one of the first PV panel holder and the second PV panel holder comprises a base surface, a central segment that extends from the base surface, and two side segments that extend from the base surface, wherein a distance between the base surface and a first part of the central segment exceeds a distance between the base surface and a first part of each one of the side segments;
wherein the first PV panel holder comprises an upper part, an intermediate part and a lower part, wherein the lower part is made of foldable segments.
7. The bridge according to claim 6 , wherein the foldable segments comprise upper protuberances and external recesses.
8. The bridge according to claim 6 , wherein in each one of the first PV panel holder and the second PV panel holder, a base surface segment positioned between the central segment and a side segment is configured to provide a bending region for bending the bridge.
9. A photovoltaic (PV) system comprising:
a bridge that comprises a first PV panel holder, a second PV panel holder and a body, wherein the body is movably coupled, via a first interface to the first PV panel holder and is movably coupled, via a second interface to the second PV panel holder; wherein each one of the first PV panel holder and the second PV panel holder comprises a base surface, a central segment that extends from the base surface, and two side segments that extend from the base surface, wherein a distance between the base surface and a first part of the central segment exceeds a distance between the base surface and a first part of each one of the side segments;
a first PV panel that comprises a first plurality of PV panels and is mechanically coupled to the first PV panel holder of the bridge; and
a second PV panel that comprises a second plurality of PV panels, the second PV panel is mechanically coupled to the second PV panel holder of the bridge; wherein in each one of the first PV panel holder and the second PV panel holder, a base surface segment positioned between the central segment and one of the two side segments is configured to provide a bending region for bending the bridge.
10. The PV system according to claim 9 , wherein each one of the (a) distance between the base surface and first part of the central segment, and (b) the distance between the base surface and a first part of each one of the side segment, ranges between two and four millimeters.
11. The PV system according to claim 9 , wherein a distance between the base surface and the first part of the central segment, substantially equals a sum of (b) a thickness of the body and (c) the distance between the base surface and the first part of one of the side segments.
12. The PV system according to claim 9 , wherein the body is elastic.
13. The PV system according to claim 9 , wherein each one of the first interface and the second interface is an axle, wherein the body is rotatably coupled to the first PV panel holder and to the second PV panel holder.
14. The PV system according to claim 9 , wherein the first PV panel holder comprises an upper part, an intermediate part and a lower part, wherein the lower part is made of foldable segments.
15. The bridge according to claim 14 , wherein the foldable segments comprise upper protuberances and external recesses.