MORE FLEXIBLE, MORE APPLICATIONS Within the mini shingled module, standard solar cells are cut into narrower slices and combined into strings of cells; then, these strings are combined in parallel. By cutting cells , the smaller currents will help reduce “Cell to Module” loss, which means higher output. The innovative shingled solar module technology eliminates the need for the internal ribbon soldering and smaller branch current, therefore the internal resistance is lower, causing the efficiency of the modules increased. The unique parallel design reduces the hot-spot effect significantly, and the gorgeous aesthetic design will bring to you perfect visual enjoyment.

MINI SHINGLED MODULE

Within the mini shingled module, standard solar cells are cut into narrower slices and combined into strings of cells; then, these strings are combined in parallel. By cutting cells , the smaller currents will help reduce “Cell to Module” loss, which means higher output. The innovative shingled solar module technology eliminates the need for the internal ribbon soldering and smaller branch current, therefore the internal resistance is lower, causing the efficiency of the modules increased. The unique parallel design reduces the hot-spot effect significantly, and the gorgeous aesthetic design will bring to you perfect visual enjoyment.

LOW INTERNAL RESISTANCE

No ribbon soldering internally, smaller branch current brings lower internal resistance.

HIGH EFFICIENCY

Higher efficiency, higher output.

LOWER HOT SPOT EFFECT

The unique parallel design reduces the hot-spot effect significantly.

FLEXIBILITY

Can be flexible adjusted in series and parallel of cell quantities to meet customized demand.

JIANGSU SERAPHIM SOLAR SYSTEM CO.,LTD