초록 ▼

A modular system of mating connector cables for connecting solar power sources to devices requiring power includes connector cables assembled from compatible cable segments, mating connectors and junctions. The cables of the system may be of consistent polarity among various configurations such tha

A modular system of mating connector cables for connecting solar power sources to devices requiring power includes connector cables assembled from compatible cable segments, mating connectors and junctions. The cables of the system may be of consistent polarity among various configurations such that current flows through mating connectors at the cable ends. The cables may be variously configured to provide for the connection of solar power sources in series or in parallel, and for connection to devices with various power input connectors or terminals.

대표청구항 ▼

The invention claimed is: 1. A dual-core modular electrical cable system for facilitating connection of at least two photovoltaic cells in series and for connection to a load, comprising first dual-core cable segments, each of said first dual-core cable segments having a first end provided with a f

The invention claimed is: 1. A dual-core modular electrical cable system for facilitating connection of at least two photovoltaic cells in series and for connection to a load, comprising first dual-core cable segments, each of said first dual-core cable segments having a first end provided with a first coaxial power connector adapted for being electrically detachably connected to one of said photovoltaic cells via a corresponding first mating coaxial power connector to receive power therefrom; a second dual-core cable segment having a second end provided with a second coaxial power connector adapted for being electrically detachably connected to said load via a corresponding second mating coaxial power connector; and a junction for aggregating said first dual-core cable segments and said second dual-core cable segment to electrically interconnect said at least two photovoltaic cells in series and to further connect said at least two photovoltaic cells to said load. 2. The dual-core modular electrical cable system according to claim 1, wherein one of said first ends or said second end is of the male type coaxial power connector and the other one of said first said at least one of said first ends is of the female type coaxial power connector. 3. The dual-core modular electrical cable system according to claim 1, wherein said first ends and said second end are color-coded. 4. The dual-core modular electrical cable system according to claim 1, wherein said first ends and said second end are marked with arrows indicating the direction of flow of energy. 5. The dual-core modular electrical cable system according to claim 1, wherein said first ends and said second end further provide with gripping grooves. 6. The dual-core modular electrical cable system according to claim 1, wherein each of said first ends and said second end further comprises a cap, including at least one compressible ring on said cap or the plug in order to hermetically seal the resulting joint when said each of first ends and said second end is capped. 7. A kit for interconnecting plurality of photovoltaic cells to at least one load, comprising: at least one dual-core modular electrical cable system for facilitating a connection of at least two of said photovoltaic cells in parallel and for connection to said load, comprising first dual-core cable segments, each of said first dual-core cable segments having a first end provided with a first coaxial power connector adapted for being electrically detachably connected to one of said photovoltaic cells via a corresponding first mating coaxial power connector; a second dual-core cable segment having a second end provided with a second coaxial power connector adapted for being electrically detachably connected to said load via a corresponding second mating coaxial power connector; a junction for electrically interconnecting said at least two of said photovoltaic cells in parallel and connecting further to said load; and at least one dual-core modular electrical cable system for facilitating a connection of at least two of said photovoltaic cells in series and for connection to said load, comprising: first dual-core cabling segments, each of said first dual-core cabling segments having a first end provided with a first coaxial power connector adapted to be electrically detachably connected to one of said photovoltaic cells via a corresponding first mating coaxial power connector; a second cabling segment having a second end provided with a second coaxial power connector adapted to be electrically detachably connected to said load via a corresponding second mating coaxial power connector; and a junction for electrically interconnecting said at least two of said photovoltaic cells connected via said first cabling segments in series and connecting further to said load through said second cabling segment. 8. The kit according to claim 7, wherein one of said first coaxial power connector and said second coaxial power connector is of the male type and the other thereof is of the female type. 9. The kit according to claim 7, wherein said first coaxial power connector and said second coaxial connector are color-coded. 10. The kit according to claim 7, wherein said first coaxial power connector and said second coaxial power connector are marked with arrows indicating the direction of flow of energy. 11. The kit according to claim 7, wherein each of said first coaxial power connectors and said second coaxial power connectors is further provided with gripping grooves. 12. The kit according to claim 7, wherein each of said first coaxial power connectors and said second coaxial power connectors further comprises a caps, said caps including at least one compressible ring on the cap or the said each of said first coaxial power connectors and said second coaxial power connectors in order to hermetically seal the resulting joint when the plug is capped.