PV MODULE TONGWEI TW415MAP-108-H-S MONO HALF CUT BLACK FRAME

> Manufacturer

TW Solar brand belongs to the Tongwei company, which has been operating since 1984.
Tongwei is one of the world's largest manufacturers of advanced photovoltaic technology.
The company has created a group that covers the entire production chain from polysilicon production to cell production to module manufacturing.
This gives the company full control over the technology used and the quality of the products.

Tongwei holds the world's No. 1 position in polysilicon production, which it also supplies to other module manufacturers. Tongwei has also advanced to the position of world leader in PV cell production.
The company is constantly engaged in research and development, which results in the introduction of innovative technological solutions into production.

The high quality of the company's products is confirmed by its presence in Bloomberg's Tier 1 ranking.

> Module characteristics

TW415MAP-108-H-S monocrystalline photovoltaic module with 415 W power, using half-cut cells and multi-busbar technology.
The module has a black anodized aluminum alloy frame.
It features above-average efficiency up to 21,3% and a long-lasting 15-year product warranty.

> Why choose this product?

• High quality of the module affects the long warranty period - 15 years.
• Linear module power warranty for 25 years. Power degradation in 1 year <2%, subsequent years 0.55%, and after 25 years power at 84.8% of the original value.
• High efficiency reaching 21,3%.
• Low risk of micro-cracks, thanks to the use of lossless cutting technology in the production process, ensuring a smooth surface and no damage to the mechanical damage.
• Half-cut technology
• Low module weight, only 20,5 kg
• Multi-busbar (MBB) technology impacts lower risk of microcracks, slower module degradation, and lower losses.
• Low averaged cost of energy generation LCOE (Levelized Cost Of Energy).
• The module has excellent resistance to snow (5400 Pa) and wind (2400 Pa).
• Low loss of efficiency due to LID (Light Induced Degradation) effect.