Abstract: A fluorescent or light emitting diode-based system for generating light flux. The system comprises a lamp comprising at least one light source for illuminating an area. At least one of the at least one light source is selected from the group comprising at least one of a fluorescent light source or an LED light source. The lamp also comprises a light source controller electrically coupled with the light source and arranged to control the spectral output of the light source. The lamp also comprises a power supply and a switch electrically coupled between the lamp and the power supply and arranged to control the supply of power from the power supply to the lamp.

Abstract: A lighting fixture system, comprising a first illuminant, a secondary illuminant; and a sensor configured to detect a predetermined condition, the sensor being coupled to the first illuminant and the secondary illuminant, the first illuminant and the secondary illuminant comprising different light sources, the sensor configured to cause modulation of the first illuminant and the secondary illuminant in response to detection of the pre-determined condition.

Abstract: A light fixture for an induction-based light source is described. The light fixture comprises a top cover; a lower cover coupled with the top cover; a lens coupled with the lower cover; a reflector positioned behind the lens; and an induction-based light source positioned between the lens and the reflector, wherein the reflector is configured in relation to the induction-based light source.

Abstract: A system for generating light flux including a lamp. The lamp having a plurality of light sources for illuminating an area. The light sources include a plurality of light-generating mechanisms at least one of which is different from the remainder. At least one of the light-generating mechanisms includes at least one of a fluorescent light source or an LED light source and at least one of the plurality of light sources having a different color temperature output than another one of the plurality of light sources. A light source controller electrically coupled with the light sources and electrically coupled to a biological spectrum setting to control the color temperature output of the light sources by applying a percentage allocation of each of the light sources. A switch electrically coupled between the lamp and a power supply and arranged to control supply of power to the lamp.

Abstract: A ballast system regulates the supply of power to an illuminant. The ballast system has a controller coupled to a power converter. The controller has a processor and a memory communicatively coupled with a bus. The memory comprising a lighting control system, and the processor is configured to execute the lighting control system to cause the power converter to increase or decrease power supplied to an illuminant.

Abstract: A hybrid lighting device is described. The hybrid lighting device comprises a solar panel arranged to generate electric power; a wind turbine arranged to generate electric power; an energy storage device electrically connected with the power controller and arranged to store electric power; a power controller electrically connected with the energy storage device and the solar panel and the wind turbine and arranged to transfer electric power; and an induction-based light source electrically connected with the power controller.

Abstract: A lighting fixture system, comprising a first illuminant, a secondary illuminant; and a sensor configured to detect a predetermined condition, the sensor being coupled to the first illuminant and the secondary illuminant, the first illuminant and the secondary illuminant comprising different light sources, the sensor configured to cause modulation of the first illuminant and the secondary illuminant in response to detection of the pre-determined condition.

Abstract: A hybrid lighting device is described. The hybrid lighting device comprises a solar panel arranged to generate electric power; a wind turbine arranged to generate electric power; an energy storage device electrically connected with the power controller and arranged to store electric power; a power controller electrically connected with the energy storage device and the solar panel and the wind turbine and arranged to transfer electric power; and an induction-based light source electrically connected with the power controller.

Abstract: A lighting fixture system, comprising a first illuminant, a secondary illuminant; and a sensor configured to detect a predetermined condition, the sensor being coupled to the first illuminant and the secondary illuminant, the first illuminant and the secondary illuminant comprising different light sources, the sensor configured to cause modulation of the first illuminant and the secondary illuminant in response to detection of the pre-determined condition.

Abstract: A hybrid lighting device is described. The hybrid lighting device comprises a solar panel arranged to generate electric power; a wind turbine arranged to generate electric power; an energy storage device electrically connected with the power controller and arranged to store electric power; a power controller electrically connected with the energy storage device and the solar panel and the wind turbine and arranged to transfer electric power; and an induction-based light source electrically connected with the power controller.

Abstract: A light fixture for an induction-based light source is described. The light fixture comprises a top cover; a lower cover coupled with the top cover; a lens coupled with the lower cover; a reflector positioned behind the lens; and an induction-based light source positioned between the lens and the reflector, wherein the reflector is configured in relation to the induction-based light source.

Abstract: A hybrid lighting device is described. The hybrid lighting device comprises a solar panel arranged to generate electric power; a wind turbine arranged to generate electric power; an energy storage device electrically connected with the power controller and arranged to store electric power; a power controller electrically connected with the energy storage device and the solar panel and the wind turbine and arranged to transfer electric power; and an induction-based light source electrically connected with the power controller.

Abstract: A fluorescent or light emitting diode-based system for generating light flux. The system comprises a lamp comprising at least one light source for illuminating an area. At least one of the at least one light source is selected from the group comprising at least one of a fluorescent light source or an LED light source. The lamp also comprises a light source controller electrically coupled with the light source and arranged to control the spectral output of the light source. The lamp also comprises a power supply and a switch electrically coupled between the lamp and the power supply and arranged to control the supply of power from the power supply to the lamp.