Solar panel mono PERC Jinko Solar 395 Wp (72 half-cut cells)

Solar panel mono PERC Jinko Solar 405 Wp (72 half-cut cells)

Jinko Solar monocrystalline photovoltaic panel of 405Wp (72 split cells) of PERC technology (Passive Emiter Rear Contact) with 20,13% efficiency. Positive tolerance 0/+3% for solar photovoltaic installations for grid connection or isolated up to 1500V of the system. Warranty of 10 years of product and 25 years of productio

The Jinko solar panels of the monocrystalline Cheetah series in their different power variants (up to 410Wp) are composed of 72 split solar cells (virtually 144 cells) with 5 bus bar technology distributed in a grid of 6 columns and 24 rows. This series of Jinko has difference from the Eagle series of the PERC technology which gives it superior efficiencies making its solar panels of high performance and split cells.

Volume discounts

Quantity	Unit price	You Save
10	€163.28	Up to €16.49
20	€162.46	Up to €49.48
30	€161.63	Up to €98.96

Quantity

The main advantage of the Cheetah series, in addition to the distribution of the 5 bus bars on the surface of the cells as already provided by the Eagle series, is the application of PERC (Passive Emiter Rear Contact) technology. This technology consists of a surface treatment of the back of the solar panel cell that is responsible for capturing the photons of the wave width that passes through the cell and is not captured by it to make it revolve and introduce it back into the cell to generate additional current. For the 405Wp solar panel we highlight the incorporation of split cells which reduces recombination losses and increases the yield by around 1%. With all these technological innovations, the solar panel achieves a yield above 20%.

The main advantages of the Cheetah Mono Perc 405Wp series of split solar cells are

- - Reduction of micro cracks in the panel due to the 5 bus bar of the cells that stop their growth
  - Cut cell technology that decreases the recombination of electrons in the panel, reduces the size of hot spots and improves the performance of the solar panel in partial shade conditions.
  - PERC technology that gives the panel an extra yield of approximately 2% compared to solar panels that do not have this technology.
  - Solar panels with very low or no degradation due to PID potential difference.
  - PID quality control in the production line for each solar panel
  - Anti-reflective glass surface treatment that improves the performance of the solar panel with diffuse radiation. Glass with low iron content that better dissipates the incident heat
  - Photovoltaic panel with mechanical wind load capacity of 2.4kPa and snow load capacity of 5.4kPA.
  - Solar panel tested under high corrosion conditions (Seberity -B) and certified by TUV
  - Negative voltage coefficient which reduces the losses of the solar panel when operating under high temperatures.