PORTABLE FOLDING PHOTOVOLTAIC SOLAR CHARGER

• US 20150102762A1
• Filed: 10/14/2014
• Published: 04/16/2015
• Est. Priority Date: 10/15/2013
• Status: Abandoned Application

• Current Assignee: KICKER Power Corp.
• Original Assignee: Aspect Solar PTE LTD
• Inventors: TAN, MOK TIONG, GOEI, ANDREW, MARNYO, HARYADI, MEJIA, RYAN FLORES, GOEI, ESMOND
• Application Number:
  US14/513,567
• Publication Number:
  US 20150102762A1
• Time in Patent Office: Days
• US Class Current: 320/101
• CPC Class Codes: H02J 7/35 with light sensitive cells
• CPC Class Codes: Y02E 10/56 Power conversion systems, e.g. maximum power point trackers

Abstract

A portable, solar energy charger, comprises a plurality of panels. Each panel contains at least one solar cell for generating electrical energy responsive to solar energy. Each of the plurality of panels are interconnected to enable the plurality of panels to be folded on top of each other in a single stack in a closed configuration and to be unfolded to receive sunlight in an open configuration. A connector connects each of the plurality of panels to at least one other panel of the plurality of panels. The connector provides both a mechanical connection and an electrical connection between panels. The connector enables a first panel to be folded on top of a second panel and protect the at least one solar cells on the first panel and the second panel between the first panel and the second panel. A securing mechanism maintains the plurality of panels together in the closed configuration when the panels are folded on each other.

Claims

1. A portable, solar energy charger, comprising:

a plurality of panels, each panel containing at least one solar cell for generating electrical energy responsive to solar energy, each of the plurality of panels interconnected to enable the plurality of panels to be folded on top of each other in a single stack in a closed configuration and to be unfolded to receive sunlight in an open configuration;

a connector for connecting each of the plurality of panels to at least one other panel of the plurality of panels, the connector providing both a mechanical connection and an electrical connection between panels, the connector enabling a first panel to be folded on top of a second panel and protect the at least one solar cells on the first panel and the second panel between the first panel and the second panel;

a securing mechanism for maintaining the plurality of panels together in the closed configuration when the panel are folded on each other; and

power circuitry for receiving the electrical energy from the plurality of panel and providing an electrical power output.

2. The portable, solar energy charger of claim 1, wherein the connector further comprises a flexible cable that mechanically and electrically interconnects a pair of the plurality of panels.

3. The portable, solar energy charger of claim 1, wherein the securing mechanism comprises at least one flexible flap having a first portion connected to a back side of a first panel and a second portion removeably connected to a back side of a second panel.

4. The portable, solar energy charger of claim 3, wherein the at least one flexible flap comprises:

a first flexible flap having the first portion connected to the back side of the first panel along a first edge of the first panel and the second portion removeably connected to the back side of the second panel along a first edged of the second panel;

a second flexible flap having the first portion connected to the back side of the first panel along a second edge of the first panel and the second portion removeably connected to the back side of the second panel along a second edged of the second panel;

a third flexible flap having the first portion connected to the back side of the first panel along a third edge of the first panel and the second portion removeably connected to the back side of the second panel along a third edged of the second panel;

wherein the first panel and the second panel may be placed in a first open configuration when the second portion of the first flexible flap and the third flexible flap are disconnected from the back of the second panel and the second portion of the second flexible flap is connected to the back of the second panel;

wherein the first panel and the second panel may be placed in a second open configuration when the second portion of the first flexible flap and the second flexible flap are disconnected from the back of the second panel and the second portion of the third flexible flap is connected to the back of the second panel.

5. The portable, solar energy charger of claim 1, further including a water resistant material covering the back of the plurality of panels.

6. The portable, solar energy charger of claim 1, further including:

a pocket defining an opening on the back of a first panel of the plurality of panels; and

a sealing mechanism for closing the opening defined by the pocket.

7. The portable, solar energy charger of claim 6, further including a divider for dividing the pocket into a plurality of compartments.

8. The portable, solar energy charger of claim 1 further comprising an eyelet defined at a corner of the plurality of panels.

9. The portable, solar energy charger of claim 1 further including molded plastic covering the back of the plurality of panels.

10. The portable, solar energy charger of claim 1, wherein the connector further comprise a hinged connection between a first panel and a second panel of the plurality of panels.

11. The portable, solar energy charger of claim 1, wherein the plurality of panels further comprises:

a first and second primary panels each containing at least one solar cell for generating electrical energy responsive to solar energy, the first and second primary panels selectively interconnected to enable the first and second primary panels to be folded on top of each other in a single stack in a closed configuration and to be unfolded to receive sunlight in a first open configuration and a second open configuration; and

at least one secondary panel connected to each of the first and second primary panels via a flexible flap, the at least one secondary panel containing at least one solar cell for generating electrical energy responsive to the solar energy, wherein the at least one secondary panel may be folded into a space between the first and second primary panels in the closed configuration and unfolded to receive sunlight in the first and second open configurations.

12. The portable, solar energy charger of claim 11, wherein the connector further comprises a carrying strap having an electrical connection between first and second primary panels.

13. The portable, solar energy charger of claim 1, wherein the securing mechanism further comprises a zipper surrounding edges of the first and second primary panels for selectively connecting each of the edges of the first panel to each of the edges of the second panel to enclose the at least one secondary panel between the first and second primary panels in the closed configuration, for selectively connecting a first edge of the first panel to a first edge of the second panel in the first open configuration and to connect a second edge of the first panel to a second edge of the second panel in the second open configuration.

14. The portable solar energy charger of claim 1, wherein the power circuitry further comprises:

a battery for storing the electrical energy produced by the solar cells;

a first indicator for measuring and displaying an amount of the electrical energy being generated by the solar cells; and

a second indicator for measuring and displaying a charge level of the battery.

15. A portable, solar energy charger, comprising:

a first and second panels, each panel containing at least one solar cell for generating electrical energy responsive to solar energy, the first and second panels interconnected to enable the first and second panels to be folded on top of each other in a single stack in a closed configuration and to be unfolded to receive sunlight in an open configuration;

a flexible connector for electrically and mechanically connecting the first and second panels to each other, the flexible connector enabling the first panel to be folded on top of the second panel and protect the at least one solar cells on the first panel and the second panel between the first panel and the second panel;

at least one flexible flap connected to a back side of the first panel and detachably connected to a back side of the second panel for maintaining the first and second panels together in the closed configuration when the first and second panels are folded on each other; and

power circuitry for receiving the electrical energy from the first panel and the second panel and providing an electrical power output.

16. The portable, solar energy charger of claim 15, wherein the at least one flexible flap comprises:

a first flexible flap having the first portion connected to the back side of the first panel along a first edge of the first panel and the second portion removeably connected to the back side of the second panel along a first edged of the second panel;

a second flexible flap having the first portion connected to the back side of the first panel along a second edge of the first panel and the second portion removeably connected to the back side of the second panel along a second edged of the second panel;

a third flexible flap having the first portion connected to the back side of the first panel along a third edge of the first panel and the second portion removeably connected to the back side of the second panel along a third edged of the second panel;

wherein the first panel and the second panel may be placed in a first open configuration when the second portion of the first flexible flap and the third flexible flap are disconnected from the back of the second panel and the second portion of the second flexible flap is connected to the back of the second panel;

wherein the first panel and the second panel may be placed in a second open configuration when the second portion of the first flexible flap and the second flexible flap are disconnected from the back of the second panel and the second portion of the third flexible flap is connected to the back of the second panel.

17. The portable, solar energy charger of claim 15, further including a water resistant material covering the back of the plurality of panels.

18. The portable, solar energy charger of claim 15, further including:

a pocket defining an opening on the back of a first panel of the plurality of panels; and

a sealing mechanism for closing the opening defined by the pocket.

19. The portable, solar energy charger of claim 18, further including a divider for dividing the pocket into a plurality of compartments.

20. The portable, solar energy charger of claim 15 further comprising an eyelet defined at a corner of the plurality of panels.

21. The portable, solar energy charger of claim 15 further including molded plastic covering the back of the plurality of panels.

22. A portable, solar energy charger, comprising:

a first and second primary panels each containing at least one solar cell for generating electrical energy responsive to solar energy, the first and second primary panels selectively interconnected to enable the first and second primary panels to be folded on top of each other in a single stack in a closed configuration and to be unfolded to receive sunlight in a first open configuration and a second open configuration;

at least one secondary panel connected to each of the first and second primary panels via a flexible flap, the at least one secondary panel containing at least one solar cell for generating electrical energy responsive to solar energy, wherein the at least one secondary panel may be folded into a space between the first and second primary panels in the closed configuration and unfolded to receive sunlight in the first and second open configurations;

a zipper surrounding edges of the first and second primary panels for selectively connecting each of the edges of the first panel to each of the edges of the second panel to enclose the at least one secondary panel between the first and second primary panels in the closed configuration, for selectively connecting a first edge of the first panel to a first edge of the second panel in the first open configuration and to connect a second edge of the first panel to a second edge of the second panel in the second open; and

power circuitry for receiving the electrical energy from the plurality of panel and providing an electrical power output.

23. The portable, solar energy charger of claim 22, further comprising a carrying strap having an electrical connection between first and second primary panels.

24. The portable solar energy charger of claim 22, wherein the power circuitry further comprises:

a battery for storing the electrical energy produced by the solar cells;

a first indicator for measuring and displaying an amount of the electrical energy being generated by the solar cells; and

a second indication for measuring and displaying a charge level of the battery.

25. The portable, solar energy charger of claim 22, further including a water resistant material covering the back of the first and second primary panels.

26. The portable, solar energy charger of claim 22, further comprising at least one further secondary panel connected to each of the at least one secondary panels via a flexible connector.

27. The portable, solar energy charger of claim 22, wherein the power circuitry further includes a jumper connector interconnecting the primary panels with a power output, the jumper connector providing at least two of a parallel connection, a series connection and DC regulated module between the primary panels and the power output.