Solaria Solar Panels

Benefits from Solaria PowerXT Solar Panels

• • Solaria's efficient modern design without busbars increases efficiency up to 20% over conventional solar panels.
• • Lower system costs due to more power per square foot. This reduces the number of panels and installation labor costs.
• • Improved shade tolerance due to the sub-strings of solar cells in the module are interconnected in parallel, increasing solar PV power harvest.
• • The busbar-free design allows for a more aesthetically pleasing appearance than conventional solar panels.
• • Weatherproof anodized black aluminum frame.
• • Certified for up to 1,000 volt solar panel system arrays.
• • USA company with headquarters in Fremont, CA.

Developed in California, Solaria’s patented cell cutting and assembly form ‘high density’ sub-strings, larger than conventional solar cells, which are packed more efficiently and reduce inactive space between cells. By utilizing a ribbon-less interconnection process, cells are cut and overlaid without soldering which creates a highly reliable power unit assembly. The electrical design of Solaria solar panels reduces power losses due to shadowing across the module by utilizing parallel connections between sets of sub-strings within each quadrant of the module. By removing visual gaps between cells on the conventional modules, the PowerXT module provides a visually stunning appearance compared to any other solar system.

Many different approaches have been taken to pull more electricity off of solar PV cells other than the standard three-busbar design. These range from moving the electrical contacts to the rear, adding more busbars or to wire mesh interconnections to replace busbars. Solaria's technology has removed busbars entirely from their solar panels. This technology slices PV solar cells into segments and strings them together. This Zero White Space technology allows for attaching overlapping cells with no solder or busbars and allows for a more aesthetically pleasing and more efficient solar panel.