QCELLS from Q.PEAK DUO-G5
With a unique six-point design and the use of dual quantum technology developed at the Kusel Research Center in Germany, the company introduced its half-cell panels in 2019 with capacities between 315-330 watts and efficiency of 19.9% and guaranteed irradiation of 98% of the capacity recorded in the first year while ensuring a decline of efficiency at a rate of 0.54% annually, which means that the plate’s production capacity remains at the level of 93.1% after ten years and 8.9% after 25 years. Company’s website
LONGI by Hi-MO X
LONGi used fully square monocrystalline cells with its seamless conduction technology, which leaves no gaps between the cells and is similar to the shingle or tile stacking technology. LONGi used a transparent back cover (Tiedler) from DuPont with reflective white strips to prevent light from passing between rows as the panels are bifacial.
These panels are available with capacities of up to 405W (72 cells) and 355W (60 cells), with efficiency ranging from 19.3% to 20.3% for 72 cell series and 19.1% to 20.3% for 60 cells.
(72 cells) Hi-MO X LR6-72OPH 385-405W
(60 cells) Hi-MO X LR6-60OPH 335-355W
Jinko Solar from Tiger
Using a new technology called Tiling Ribbon (TR) Genco With an efficiency of 20.78%, these new panels are capable of generating a maximum power of 460W. The company has used half-cell technology as other leading companies in the field of solar energy technology.
Trina from DUOMAX Twin
With the use of multi-passes technology and up to 20% efficiency, Trina Panels A strong competitor to the rest of the companies in 2019. These new panels are capable of generating a maximum power of up to 410 watts. The company used the half-cell technology as other companies
