Wave energy beaming and holograph tracking for power generating spacecraft platforms

A wave energy beaming-tracking and holocentrator light transmission system for powering a space vehicle in earth orbit and including;

• at least one power source platform in earth orbit and having insolation means exposed along a reception axis to the sun for converting solar energy into wave form and means for the concentration of and the beaming of the same as collimated light wave energy,
• a power generating platform in and in earth orbit with said space vehicle and including a light source concentration means having a holographic window means comprised of a first holographic window means for concentrating low infrared range light onto the heat absorbing means for receiving and concentrating said light wave energy and for the generation of electrical power, and a second holographic window means for collimating high ultraviolet range light onto a photovoltaic electrical power means and comprised of a transparent medium having a thickness accommodating a multiplicity of zone plate means and each provided therein for the reception of and the passage of said light wave energy and for the concentration thereof,
• tracking means for positioning the power source platform insolation means reception axis within a look angle of the sun, and tracking means for positioning the power source platform means for beaming said wave energy within a look angle of reception by the holographic window means of the power generating platform;
• the vehicle power generating platform having a light energy conversion means for receiving said concentration of light wave energy from the multiplicity of zone plates within said look angle and for the generation of electrical power to operate the space vehicle;
• wherein the power source platform means for converting energy and the power generating means for the reception of said wave energy are of rectilinear configuration for transmission of an elongated bar of light wave energy.