Heliostat system and method of using same
A heliostat includes a heliostat frame and a plurality of reflective surfaces, each reflective surface is movably mounted within the heliostat frame. The heliostat also includes a plurality of actuators, wherein each individual actuator of the plurality of actuators is associated with a single reflective surface of the plurality reflective surfaces and capable of moving the single reflective surface.
1. A heliostat consisting of:
a heliostat frame within which a plurality of reflective surfaces is mounted, said heliostat frame movable for receiving solar radiation using a heliostat frame actuator wherein said heliostat frame is moved from a first position to a second position such that each reflective surface receives solar radiation, wherein each reflective surface is movably mounted within said heliostat frame;
a plurality of individual actuators located on said heliostat frame;
wherein each individual actuator located on said heliostat frame of said plurality of individual actuators located on said heliostat frame is associated with a single reflective surface receiving solar radiation of said plurality of reflective surfaces for moving only the single reflective surface; and
a laser sensor system comprising:
a laser mounted on said heliostat frame; and
a laser sensor mounted on a collection tower receiving a laser pulse from said laser;
a photovoltaic panel attached to said heliostat frame for supplying power to said actuators and said heliostat frame actuator to move said frame; and
a controller configured to control the movement of said plurality of reflective surfaces via said plurality of individual actuators such that each individual actuator located on said heliostat frame is associated with only a single reflective surface of said plurality of reflective surfaces mounted within said heliostat frame.
2. A heliostat consisting of:
a heliostat frame movable for receiving solar radiation using a heliostat frame actuator within which a plurality of reflective surfaces is mounted such that each reflective surface receives solar radiation and is movably mounted within said heliostat frame, wherein said heliostat frame is moved from a first position to a second position;
a plurality of individual actuators located on said heliostat frame, wherein each individual actuator of said plurality of individual actuators is associated with a single reflective surface receiving solar radiation of said plurality reflective surfaces for moving only the single reflective surface;
a heliostat frame actuator, said heliostat frame actuator being capable of moving said heliostat frame from a first position to a second position;
a photovoltaic panel attached to said heliostat frame for supplying power to said individual actuators and said heliostat frame actuator to move said frame;
wherein said each individual actuator is a low voltage actuator requiring only about 5-50 volts to move said single reflective surface; and
wherein said each individual actuator is capable of moving said single reflective surfaces about a first axis and a second axis, said first axis and said second axis being arranged orthogonal to each other;
a laser sensor system comprising:
a laser mounted on said heliostat frame; and
a laser sensor mounted on a collection tower receiving a laser pulse from said laser; and
a controller configured to control the movement of said plurality of reflective surfaces via said plurality of individual actuators such that each individual actuator located on said heliostat frame is associated with only a single reflective surface of said plurality of reflective surfaces mounted within said heliostat frame.