NOVELTY - The apparatus has an energy storage device placed within a retrofit housing. A power converter circuitry converts power from the storage device. A lighting circuit input is associated with the housing, and receives power for illuminating a light source. An intelligent, programmable time of use and power source controller (2540) determines whether power from a primary source is available at input of a wall switch and causes application of the power from the storage device to the lighting circuit input if the power from the primary source of power is not available at the input of the switch.    USE - Wireless LED lighting control apparatus for providing illumination. Uses include but are not limited to AC powered device such as street lamp, TV peripheral, computer, washer, clothes dryer, refrigerator, microwave oven, electric water heater, electric or hybrid vehicles and personal vehicle such as bicycle, scooter, skateboard, SEGWAY (RTM: two-wheeled self-balancing battery electric vehicle) and stroller, boating or water sports light, driveway light, reading light, pool light such as waterproof or water resistant light, camping light, warning light, campus light, military light and parking garage light.    ADVANTAGE - The housing has waterproof, shatterproof, UV resistant and corrosion resistant properties so as to use in outdoors or difficult environments. The apparatus comprises a housing material serving as a heat sink to dissipate or conduct heat away from an LED, thus improving performance and extending life of the LED. The energy storage device supplies source of power for an LED lighting facility so as to provide power management, where the power management prevents AC power from being interrupted, thus improving energy producing efficiency and cost savings effect. The apparatus allows percentage load from the AC input and from the embedded battery to be programmed based on time of day, so that light intensity level is programmed to reduce power consumption. The apparatus utilizes wireless control and wireless power in lighting devices to provide ease of installation and power management, thus providing safety, security and convenience for an end user.    DETAILED DESCRIPTION - The housing is in a shape of dome, pyramid and cylindrical. The energy storage device includes a direct current (DC) power source such as rechargeable battery (2520), non-rechargeable battery, photovoltaic cell, fuel cell and super capacitor. A power converter circuitry includes DC/alternate current (AC) (DC/AC) inverter, AC/DC converter, DC/DC converter, relay, optoisolator, and solid state switch. The light source is selected from a group consisting of incandescent light source, fluorescent light source, LED light source and AC power device.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of AC powered battery embedded compact fluorescent lamp (CFL) wireless light bulb that uses an electronic ballast and embedded battery power in a compact fluorescent lamp with an intelligent, programmable controller.    Electronic ballast (2510)    Rechargeable battery (2520)    Power selection and conditioning circuitry (2530)    Intelligent programmable time of use and power source controller (2540)    Fluorescent tube (2550)