Multicrystalline Solar Panels

Our high-performing multicrystalline solar panels achieve an excellent module-level efficiency of up to 16.0%.

Used widely across solar projects for homes, businesses, and large-scale power plants, these reliable, high-efficiency solar panels minimize installation costs and maximize kWh output.

YGE Series

Yingli Solar’s multicrystalline modules deliver above-average energy yields. Our strategic partnership with the technical inspection agency, TÜV Rheinland, ensures quality you can rely on across the entire product portfolio. Currently, we are one of the few manufacturers to provide solar modules with the independently-tested Power Controlled seal from TÜV.

YGE 60 Cell Series 2

Dimensions

1650mm / 992mm / 35mm

Module Type
  • YL275P-29b, with peak power of 275 W
  • YL270P-29b, with peak power of 270 W
  • YL265P-29b, with peak power of 265 W
  • YL260P-29b, with peak power of 260 W
  • YL255P-29b, with peak power of 255 W
  • YL250P-29b, with peak power of 250 W

Our signature product, the YGE 60 Cell, is the most versatile module. While compact enough to fit on residential and commercial roofs, it is still economical enough to meet the needs of larger, utility-scale projects. This series is UL and IEC certified which are both universally recognized and respected throughout the solar industry.

In Germany, the warranty terms are subject to different conditions. Learn more and click here.

YGE 72 Cell Series 2

Dimensions

1960mm / 992mm / 40mm

Module Type
  • YL335P-35b, with peak power of 335 W
  • YL330P-35b, with peak power of 330 W
  • YL325P-35b, with peak power of 325 W
  • YL320P-35b, with peak power of 320 W
  • YL315P-35b, with peak power of 315 W
  • YL310P-35b, with peak power of 310 W

The workhorse of our multicrystalline product line, the YGE 72 Cell solar panel is the largest in our portfolio and is ideal for large-scale power plants. This solar panel has a proven track-record of operation in dozens of countries and several of the world’s most prominent utility projects.

This solar module series is UL and IEC certified, which are both universally recognized and respected throughout the solar industry.

In Germany, the warranty terms are subject to different conditions. Learn more and click here.

YGE 60 Cell Series 2 Black Silicon

Dimensions

1650mm / 992mm / 35mm

Module Type
  • YL280P-29b, with peak power of 280W
  • YL275P-29b, with peak power of 275W
  • YL270P-29b, with peak power of 270W
  • YL265P-29b, with peak power of 265W
  • YL260P-29b, with peak power of 260W
  • YL255P-29b, with peak power of 255W

YGE Black Silicon modules are another milestone in Yingli’s 20 year R&D history. A special production process leads to a black cell surface which absorbs most of the sunlight. More absorbed light means less reflection and a higher energy conversion efficiency and electricity output, boosting the power of your system.

YGE 72 Cell Series 2 Black Silicon

Dimensions

1960mm / 992mm / 40mm

Module Type
  • YL330P-35b, with peak power of 330W
  • YL325P-35b, with peak power of 325W
  • YL320P-35b, with peak power of 320W
  • YL315P-35b, with peak power of 315W
  • YL310P-35b, with peak power of 310W
  • YL305P-35b, with peak power of 305W

YGE Black Silicon modules are another milestone in Yingli’s 20 year R&D history. A special production process leads to a black cell surface which absorbs most of the sunlight. More absorbed light means less reflection and a higher energy conversion efficiency and electricity output, boosting the power of your system.

YGE 60 Cell Series 2 HSF Smart

Dimensions

1680mm / 992mm / 35mm

Module Type
  • YL275PD-29b, with peak power of 275W
  • YL270PD-29b, with peak power of 270W
  • YL265PD-29b, with peak power of 265W
  • YL260PD-29b, with peak power of 260W
  • YL255PD-29b, with peak power of 255W
  • YL250PD-29b, with peak power of 250W

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 complex areas. Meanwhile, in land scarcity areas, the distance between modules has been shortened to increase the installed capacity.

YGE 72 Cell Series 2 HSF Smart

Dimensions

2000mm / 992mm / 40mm

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

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 complex areas. Meanwhile, in land scarcity areas, the distance between modules has been shortened to increase the installed capacity.

YGE 60 Cell Series 2 1500V

Dimensions

1650mm / 992 mm / 35 mm

Module Type
  • YL275P-29b 1500V, with peak power of 275W
  • YL270P-29b 1500V, with peak power of 270W
  • YL265P-29b 1500V, with peak power of 265W
  • YL260P-29b 1500V, with peak power of 260W
  • YL255P-29b 1500V, with peak power of 255W
  • YL250P-29b 1500V, with peak power of 250W

With a maximum system voltage of 1500 volts, the next generation YGE 1500V Series Modules reduce balance-of-system costs and increase system-level energy yield in large-scale power plants.

Downloads

Datasheet (INT)

YGE 72 Cell Series 2 1500V

Dimensions

1960mm / 992mm / 40mm

Module Type
  • YL330P-29b 1500V, with peak power of 330W
  • YL325P-29b 1500V, with peak power of 325W
  • YL320P-29b 1500V, with peak power of 320W
  • YL315P-29b 1500V, with peak power of 315W
  • YL310P-29b 1500V, with peak power of 310W
  • YL305P-29b 1500V, with peak power of 305W

With a maximum system voltage of 1500 volts, the next generation YGE 1500V Series Modules reduce balance-of-system costs and increase system-level energy yield in large-scale power plants.

Downloads

Datasheet (INT)