Solar Panels
DNA-108-MF10-400W
400W | 395W | 390W
Our DNA Split Cell Series uses advanced selective emitter PERC technology with thin film layers to improve heat tolerance, increase photon capture, minimize resistive loss, and use 5% more of the available active area for optimal power performance. Our panels exceed IEC standards and come with an industry leading, 30-yearwarranty.
DNA-108-BF10-400W
400W | 405W | 410W
Our DNA Split Cell Series uses advanced selective emitter PERC technology with thin film layers to improve heat tolerance, increase photon capture, minimize resistive loss, and use 5% more of the available active area for optimal power performance. Our panels exceed IEC standards and come with an industry leading, 30-yearwarranty.
DNA-120-MF10-440W
440W | 435W | 430W
Our DNA Series Impressively combines advanced technologies to maximize performance. Our patented Dual Nano Absorber (DNA) technology allows the panel to operate at high efficiencies in extreme temperature environments.
DNA-120-BF10-440W
440W | 445W | 450W
Our DNA Series Impressively combines advanced technologies to maximize performance. Our patented Dual Nano Absorber (DNA) technology allows the panel to operate at high efficiencies in extreme temperature environments.
DNA-120-MF26-370W
370W | 365W | 360W
Our DNA Series Impressively combines advanced technologies to maximize performance. Our patented Dual Nano Absorber (DNA) technology allows the panel to operate at high efficiencies in extreme temperature environments.
DNA-120-BF26-370
370W | 365W | 360W
Our DNA Half-cut Cell Series impressively combines advanced technologies to maximize performance. Produce up to 30% more energy with the bi-facial rear side generation. Our patented DNA, Dual Nano Absorber, technology allows for panel to harvest energy from all directions and operate exceptionally in high heat temperatures.
Industry Leading Warranty
We offer our customers an industry leading 25 year product warranty and a 30 year power performance warranty.
No additional serial number registration needed
Failure rate is less than .01%
Streamlined claims process
-0.54% annual power attenuation
Long-term Reliability
We put our panels through rigorous long-term reliability testing. In fact, we exceed the industry standards by 3X. Our team of engineers designed our panels for excellent performance in extreme weather conditions.
DNA-144-MF26-440W
440W | 435W | 430W
Our DNA Series impressively combines advanced technologies to maximize performance. Our patented Dual Nano Absorber (DNA) technology allows the panel operate at high efficiencies in extreme temperature environments.
DNA-144-BF26-440W
440W | 435W | 430W
Our DNA Half-cut Cell Series impressively combines advanced technologies to maximize performance. Produce up to 30% more energy with the bi-facial rear side generation. Our patented DNA, Dual Nano Absorber, technology allows for panel to harvest energy from all directions and operate exceptionally in high heat temperatures.
DNA-144 Silver Frame
450W | 445W | 440W
Our DNA Series impressively combines advanced technologies to maximize performance. Our patented Dual Nano Absorber (DNA) technology allows the panel operate at high efficiencies in extreme temperature environments.
DNA-160
440W | 435W | 430W
Our DNA Series impressively combines advanced technologies to maximize performance. Our patented Dual Nano Absorber (DNA) technology allows the panel operate at high efficiencies in extreme temperature environments.
DNA-160 Bifacial
440W | 435W | 430W
Our DNA Half-cut Cell Series impressively combines advanced technologies to maximize performance. Produce up to 30% more energy with the bi-facial rear side generation. Our patented DNA, Dual Nano Absorber, technology allows for panel to harvest energy from all directions and operate exceptionally in high heat temperatures.
DNA-160 Silver Frame
450W | 445W | 440W
Our DNA Series impressively combines advanced technologies to maximize performance. Our patented Dual Nano Absorber (DNA) technology allows the panel operate at high efficiencies in extreme temperature environments.