Yingli Green Energy Europe GmbH YGE 72 Cell Series 2 Black Silicon
YGE 72 CELL SERIES 2 BLACK SILICON
YGE 72 CELL SERIES 2 BLACK SILICON
The circuit design of YGE series modules developed by Yingli has been optimized. Every piece of cells parallels a diode, when a cell is covered by shade, the paralleled diode can bypass this cell, thus avoide hot spot, and can retain the maximum power output.
HSF module can be used in more shadowy and xomplex areas. Meanwhile, in land scarcity areas, the distance between modules has been shortened to increase the installed capacity.
INFORMATION
MODULE TYPE
- YL335PD-35b, with peak power of 335W
- YL330PD-35b, with peak power of 330W
- YL325PD-35b, with peak power of 325W
- YL320PD-35b, with peak power of 320W
- YL315PD-35b, with peak power of 315W
- YL310PD-35b, with peak power of 310W
DIMENSIONS (L / W / H)
- Length :1960mm
- Width :992mm
- Height :40mm
CELL EFFICIENCY
19.0%
PRODUCT WARRANTY
10 Year
WEIGHT
22kg
POWER TOLERANCE
0 - 5W
DOWNLOAD
↓ Datasheet
↓ Manuals
QUALIFICATION
UL1703, ISO 9001:2008,
ISO 14001:2004, BS OHSAS 18001:2007, PV Cycle, SA 8000
FEATURES
- High Power Density : An increased power density of the modules leads to a smaller footprint of your system and a decrease in specific system costs. - Low Light Behavior : YGE Black Silicon Series modules are highly sensitive for photons and continue to produce energy even at low light levels. - PID Resistant : Tested to the industry’s most rigorous durability standards, YGE Black Silicon Series modules are PID-resistant in accordance to IEC 62804. To ensure PID-resistance at higher system voltages, these cells receive an extra layer of protective silicon nitride. - Advanced Glass : Our high-transmission glass features a unique anti-reflective coating that directs more light on the solar cells, resulting in a higher energy yield.
THERMAL CHARACTERISTICS
| NOMINAL OPERATING CELL TEMPERATURE | NOCT | °C | 46 +/- 2 |
|---|---|---|---|
| Temperature coefficient of Pmax | γ | %/°C | -0.42 |
| Temperature coefficient of Voc | βVoc | %/°C | -0.32 |
| Temperature coefficient of Isc | αlsc | %/°C | 0.05 |
