Wave generated energy focusing lens and reflector for solar concentration, collection, and harnessing
View Patent ↗A novel method of concentrating solar energy using wave generators is disclosed. The systems and methods enable the collection of energy over large area at high efficiencies and the concentrating of energy at a target for use and transfer.
1. A solar energy concentration system comprising:
one or more wave generators disposed in a non-circular configuration, wherein the one or more wave generators are actuated to create a controlled motion in a liquid medium to form a reflector or lens that concentrates solar energy onto a collection area,
wherein the controlled motion to form the reflector or lens is adjusted to account for an ambient surface condition of the liquid medium.
2. The solar energy concentration system of claim 1 , wherein the wave generators are disposed in the liquid medium.
3. The solar energy concentration system of claim 1 , wherein the liquid medium is water.
4. The solar energy concentration system of claim 1 , wherein the target is a heat absorbent material.
5. The solar energy concentration system of claim 1 , wherein the target is a reflective material.
6. The solar energy concentration system of claim 1 , wherein the wave generators are driven using stored energy.
7. The solar energy concentration system of claim 1 , wherein the wave generators are driven using renewable energy such as solar or wind energy.
8. The solar energy concentration system of claim 1 , wherein the one or more wave generators are disposed at varying depths in the liquid medium.
9. A process for concentrating solar energy comprising:
activating one or more wave generators;
forming a lens or reflector within a liquid medium excited by the one or more wave generators, wherein the generators are disposed in a non-circular configuration;
focusing sunlight on a target by transmission through, or reflectance by, the lens or reflector to concentrate and collect solar energy; and
using, storing, or transmitting the collected solar energy,
wherein the forming of the lens or reflector is adjusted to account for an ambient surface condition of the liquid medium.