Solavizion is a self-cleaning technology for existing photovoltaics that creates an active reduction in surface soil through a thin, transparent electrodynamic layer placed on top of solar panels. It uses no water or physical interaction with the panels themselves. 

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A unique feature of this technology is that it is comprised of a series of transparent conductive electrodes which have been patterned to be capable of producing controlled, time-varying, electrical signals to generate varying electric field gradients over the panel's surface. These electric field gradients created on the surface of the panel act upon dust particles via their ability to induce polarization and dielectric forces. Together, they weaken the van der Waals adhesive forces binding the particle to the glass surface of the panel. 

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Solavizion is therefore a method of creating a means of preserving the long-term efficiency of photovoltaic panels, especially those located in arid and dusty regions, by providing the capability for frequent, water-free cleaning.