Your idea is similar to this spinning disc toy. I recently made this toy for my grand-daughter using a plastic yogurt lid and a length of string.

You gently pull on the string and the disc spins until it stops spinning. After the disc stops spinning, you gently pull on the string and the disc starts to spin in the reverse direction. It seemingly will go on forever. Obviously, it does not. There is loss of energy owing to friction (air friction on the disc, the major load, and lost of energy in the twisting of the string). This energy lost must be replaced by pulling on the string in order for it to spin indefinitely.
In your proposal, energy will be lost in the heat generated by the lamp (the major load) and the resistance in the connecting wires.
In other words, you cannot get more energy out of the system over and above the initial energy. To do so is called over-unity which violates the 1st Law of Thermodynamics.

You gently pull on the string and the disc spins until it stops spinning. After the disc stops spinning, you gently pull on the string and the disc starts to spin in the reverse direction. It seemingly will go on forever. Obviously, it does not. There is loss of energy owing to friction (air friction on the disc, the major load, and lost of energy in the twisting of the string). This energy lost must be replaced by pulling on the string in order for it to spin indefinitely.
In your proposal, energy will be lost in the heat generated by the lamp (the major load) and the resistance in the connecting wires.
In other words, you cannot get more energy out of the system over and above the initial energy. To do so is called over-unity which violates the 1st Law of Thermodynamics.