Sharp NU-JC330 | Solar panel | 330W, Monocrystalline

EN
The main advantages of the half cut modules for users are an increase in performance and total yield by about 2-3%. The module is divided into an upper and a lower part, on which there are divided cells. Thanks to such a procedure, the power of electricity generated by the cell is reduced by half and the resistance loss at the cell and module level is reduced by 75%. In addition, halving the current may significantly reduce the risk of a hot spot effect by lowering the temperature in the cells.
Features / filters | |
Power (W) | 330 |
Electrical data (STC) [1] | |
Maximum power Pmax | 330W |
Open circuit voltage Voc | 41.32V |
Closed circuit current Isc | 10.35A |
Voltage at maximum power point Vmpp | 34.27V |
Current intensity at maximum point. of power Impp | 9.63A |
Module performance ηm | 19.5% |
Electrical data (NMOT) [2] | |
Maximum power Pmax | 245.57W |
Open circuit voltage Voc | 39.16V |
Closed circuit current Isc | 8.39A |
Voltage at maximum power point Vmpp | 31.81V |
Current intensity at maximum point. of power Impp | 7.72A |
Mechanical data | |
Length | 1684 mm |
Width | 1002 mm |
Depth | 40 mm |
Mass | 19.5 kg |
Temperature coefficients | |
Pmax | -0.353%/°C |
Uoc | -0.269%/°C |
Isc | 0.037%/°C |
Limits | |
Maximum system voltage | 1000 VDC |
Surge protection | 20 A |
Temperature range | -40 to 85 °C |
Maximum mechanical load (snow/wind) | 2400 Pa |
General information | |
Links | Half-cut cell mono, 159 mm × 79.5 mm, 2 thongs 60 cells connected in series |
Windscreen | Anti-reflective tempered glass with high transmission and low content iron (low iron), 3,2 mm |
Box | Anodized aluminium alloy, silver |
Back panel | White |
Junction box | Protection class IP68, 3 bypass LEDs |
Cable | 4.0 mm², length 1 200 mm |
The link | MC4 (Multi Contact, Stäubli), IP68 |
[1] STC = standard test conditions: exposure 1 000 W/m², AM 1.5, cell temperature 25 °C. Rated electrical characteristics are within ±10% of the indicated Isc, Voc and 0 to +5% Pmax (power tolerance ±3%).
[2] NMOT = Module operating temperature: 45 °C, at 800 W/m² exposure, 20 °C air temperature, wind speed 1 m/s.