MyGen residential solar panels by kyocera.

MyGen Residential Solar Panels
MyGen™ Residential Solar Panels What kind of solar panels are used in the Kyocera MyGen™ Grid-tie Systems?  Are they appropriate for my home solar power system? What is d.Blue Module Technology? Are the MyGen™ solar panels used only for residential applications?

What kind of solar panels are used in the Kyocera MyGen™ Grid-tie Systems?  Are they appropriate for my home solar power system?

Kyocera MyGen™ Gridtie Systems incorporate Kyocera KD modules.  These solar panels use larger, more powerful, high efficiency multi-crystalline solar cells which are treated with Kyocera’s d.Blue module technology.

The d.Blue modules are available in 135, 205 and 180 watt panels. The MyGen Grid-tie Systems incorporate only the 180 watt solar panels at this time. The model included in the MyGen™ Residential Grid-tie Systems is the KD180GX-LP. All KD solar panels feature Multi-Contact™ connector cables, a heavy-duty box-style anodized aluminum frame, and an industry high 20-year power output warranty.  Click here to see specifications on all the KD modules.

What is d.Blue Module Technology?

Kyocera has perfected a surface treatment method which maximizes the rate at which the solar cells convert sunlight to electricity. This newly developed surface treatment process produces a surface texture that minimizes surface reflectance on the multi-crystalline silicon cells and maximizes output. The result is a high 16% conversion efficiency, one of the highest ratings in the polycrystalline module industry.  This process is used on the entire line of Kyocera KD modules, named d.Blue, for their dark blue color.

Are the MyGen™ solar panels used only for residential applications?

Kyocera’s KD / d.Blue solar panels are perfect for installations on all types of buildings, from residential to large scale commercial systems. The stylish dark blue cells, combined with black module frames, allow the KD solar panels to blend in with the buildings’ architecture while producing energy at exceptional efficiencies.