Solar power plant

1. A collector system for solar energy comprising:

an at least partially closed hollow partially spherical container having a window for permitting solar energy to enter the container, and the container having a reflective inner surface for retaining solar energy within the container;

wherein the container is supported on a gimbaled structure with one drive for inclination and a second drive motor for rotational orientation, with the drive motors being controlled by a sun sensor;

central tubing supported in the container;

a pump for a circulating liquid through the tubing;

a heat sink mounted upon the tubing for receiving focused solar energy and for conducting the solar energy to the tubing;

a torque converter comprising:

a drum,

a radial array of blades extending inward from the drum,

a rotor driven about a shaft within the drum, and

a radial array of tangential nozzles extending from the rotor in fluid communication with the heat exchanger for dispensing condensed steam from the nozzles at the stator blades thereby driving the rotor for rotation about the shaft;

a heat exchanger for transferring thermal energy from the liquid in the tubing to the torque converter; and

air contained within the container in contact with the tubing.

2. The collector system of claim 1 further comprising a means for supporting the container so that the window tracks the motion of the sun.

3. The collector system of claim 1 further comprising a collecting lens for focusing the solar energy.

4. The collector system of claim 3 wherein the collecting lens further comprises a Fresnel lens.

5. The collector system for solar energy of claim 1 further comprising a fan oriented within the container for forcing the air within the container about the tubing for even distribution of the collected solar energy.

6. The collector system of claim 1 wherein an internal atmosphere of the container has a reduced vacuum pressure to that external of the container.

7. The collector system of claim 1 wherein the container inner surface further comprises reflective tessellations.

8. The collector system of claim 1 wherein the heat exchange fluid further comprises a refrigerant.

9. The collector system of claim 3 wherein the collecting lens farther comprises a bifocal lens for providing an intense beam of light into the container, while permitting other visual light to enter the container.

10. The collector system of claim 1 wherein the window is provided by a hemisphere of the container.

11. The collector system of claim 1 wherein the container further comprises a wall having multiple layers which provide a series of spheres, each for collecting different wavelengths of light.

12. The collector system of claim 1 wherein the tubing is coiled.

13. The collector system of claim 12 wherein the tubing is coiled into a generally cylindrical configuration.

14. The collector system of claim 12 wherein the tubing is coiled into a generally spherical configuration.

15. The collector system of claim 1 wherein the heat sink further comprises a generally conical heat sink.

16. The collector system of claim 1 further comprising a collecting lens for focusing the solar energy, wherein the heat sink is mounted upon the tubing beneath the collecting lens for receiving the focused solar energy from the collecting lens and for conducting the solar energy to the tubing.

17. The collector system of claim 1 wherein the heat sink further comprises multiple layers.

18. The collector system of claim 1 wherein the drum is mounted for rotation relative to the torque converter such the dispensed condensed steam drives the drum for counter-rotation relative to the rotor.

19. A collector for solar energy comprising:

an at least partially closed hollow partially spherical container having a window for permitting solar energy to enter the container, and the container having a reflective inner surface for retaining solar energy within the container;

central tubing supported in the container;

a pump for circulating fluid through the tubing;

a heat sink mounted upon the tubing for receiving focused solar energy and for conducting the solar energy to the tubing; and

a heat exchanger for transferring thermal energy from the fluid in the tubing to a utilization device;

wherein the heat sink includes a series of apertures formed therethrough for permitting air to pass through the heat sink.