초록

Methods and systems are provided for lighting systems, including high output linear lighting systems for various environments. The linear lighting systems may include power systems for driving light sources in high-voltage environments.

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1. A lighting system, comprising: a plurality of lighting units contained within a single housing selectable on a user interface;a first selector in said user interface for selecting a base address for the lighting system from a plurality of lighting systems; said user interface displaying groups of

1. A lighting system, comprising: a plurality of lighting units contained within a single housing selectable on a user interface;a first selector in said user interface for selecting a base address for the lighting system from a plurality of lighting systems; said user interface displaying groups of said plurality of lighting units to be controlled based upon said base address;a second selector in said user interface for selecting and partitioning the displayed plurality of lighting units into a number of differently addressable groups; anda controller for controlling the plurality of lighting units based on the number of selected differently addressable groups and the base address, such that each of the plurality of lighting units in a given addressable group responds identically to commands issued to the given addressable groupwherein said controller dynamically partitions said plurality of lighting units into said selected differently addressable groups, said selected differently addressable groups representing said partitioned lighting units from said plurality of lighting units in said single housing;said dynamic partitions of said plurality of lighting units being a selectable dynamic grouping of said plurality of lighting units for individual control of said addressable groups;and further having an interface for displaying a plurality of candidate base addresses from which said base address is selected. 2. The system of claim 1, wherein the first selector comprises a press and hold selector that allows a sequential display of the plurality of candidate base addresses when pressed. 3. The system of claim 2, wherein the press and hold selector is configured to sequentially increment the plurality of candidate base addresses at increasing rates the longer the press and hold selector is pressed. 4. The system of claim 2, wherein the interface dims over time when the press and hold selector is released. 5. The system of claim 1, further comprising a test button to sequentially activate each differently addressable group for a short period of time. 6. The system of claim 1, wherein the single housing is substantially linear in shape. 7. The system of claim 1, wherein the second selector dynamically partitions the plurality of lighting units such that each differently addressable group comprises an equal number of lighting units. 8. The system of claim 1, wherein said selectable dynamic grouping represented by said second selector representing an evenly divisible number of said plurality of lighting units. 9. A method for controlling a plurality of lighting units contained within a single housing, comprising selecting a base address on a user interface of a lighting control system for the plurality of lighting units in said single housing;displaying on said user interface allocatable partitions of said plurality of lighting units related to said base address as differently addressable and selectable groups representing said lighting units;dynamically partitioning the plurality of lighting units into a number of differently addressable and selectable groups;controlling the plurality of lighting units based on the selected number of differently addressable groups and the base address, such that each of the plurality of lighting units in a given addressable group responds identically to commands issued to the given addressable group;displaying a plurality of candidate base addresses from which the base address is selected;sequentially displaying the plurality of candidate base addresses in response to pressing a selector;sequentially incrementing the plurality of candidate base addresses at increasing rates the longer the selector is pressed; anddimming a display of the plurality of candidate base addresses over time when the selector is released. 10. The method of claim 9, further comprising: sequentially activating each differently addressable group for a short period of time. 11. The method of claim 9, further comprising: partitioning the plurality of lighting units such that each differently addressable group comprises an equal number of lighting units. 12. The method of claim 9, wherein each of the plurality of lighting units is an LED-based lighting unit. 13. A method for controlling a plurality of lighting units contained within a single housing, comprising: providing a substantially linear housing having a first cavity extending longitudinally therein, the first cavity holding a circuit board, the circuit board supporting a plurality of LED lighting units;providing a channel extending longitudinally within the housing and spaced apart from the first cavity between the circuit board and a power facility for shielding the lighting units from heat produced by the power facility;selecting a base address on a user interface of the lighting control system for the plurality of lighting units in said single housing;displaying on said user interface allocatable partitions of said plurality of lighting units related to said base address as differently addressable and selectable groups representing said lighting units;dynamically partitioning the plurality of lighting units into a number of differently addressable and selectable groups;controlling the plurality of lighting units based on the selected number of differently addressable groups and the base address, such that each of the plurality of lighting units in a given addressable group responds identically to commands issued to the given addressable group. 14. A lighting system, comprising: a substantially linear housing having a first cavity extending longitudinally within the linear housing;a circuit board positioned within the first cavity;a plurality of LED lighting units, the lighting units supported within the first cavity by the circuit board;a first channel extending longitudinally within the housing and spaced apart from the first cavity for shielding the lighting units from heat produced by a power facility;said plurality of lighting units contained within said linear housing and selectable on a user interface;a first selector in said user interface for selecting a base address for the lighting system from a plurality of lighting systems, said user interface displaying groups of said plurality of lighting units to be controlled based upon said base address;a second selector in said user interface for selecting and partitioning the displayed plurality of lighting units into a number of differently addressable groups; anda controller for controlling the plurality of lighting units based on the number of selected differently addressable groups and the base address, such that each of the plurality of lighting units in a given addressable group responds identically to commands issued to the given addressable groupwherein said controller partitions said plurality of lighting units into said selected differently addressable groups, said selected differently addressable groups representing said partitioned lighting units from said plurality of lighting units in said single housing.