How does ElectroglaZ work?
To take advantage of the power, openings (typically 30 to 100 mm in diameter) are machined into the highly conductive glass into which the required electrical devices are built. These devices combine with the positively and negatively charged inner coatings of the laminated glass. In contrast to conventional power systems, electrical devices built into an ElectroglaZ do not require a cable connection and appear to float freely in an optically clear pane of glass with no visual means of power connection.