PV MODULE TRINA SOLAR TSM-540-DEG19C.20 VERTEX BIFACIAL

> Manufacturer

Trina Solar is a leading global manufacturer of high-quality photovoltaic modules and advanced energy solutions. The company has been on the market since 1997.
As part of its activities, it constantly conducts research in new energy products and the development of innovative technologies.

Trina Solar's business includes photovoltaic project development, financing, design, construction and management, and comprehensive system integration solutions for customers.
The company has traditionally been at the forefront of solar energy innovation and holds more than 1,000 patents.

The company is ranked Tier 1 by Bloomberg.

> Module characteristics

The monocrystalline photovoltaic module TSM-DEG19C.20 from the Vertex series with a power output of 540 W is a high-end model designed mainly for farm projects.
The module is double-sided (bifacial), so it allows up to 25% additional energy from the back side of the module.
The model uses glass on both sides (glass-glass), which significantly improves its performance and provides higher resistance to fire and harsh weather conditions.

TSM-DEG19C.20 uses multi-busbar technology, which contributes to a higher level of solar absorption.
During production, innovative non-invasive cell cutting technology was used, which minimized the possibility of micro-cracks.
High quality manufacturing and excellent technical parameters will ensure long and trouble-free operation of the module.

> Why choose this product?

• Linear module power warranty for a period of 30 years. Power degradation in 1 year <2%, subsequent years 0.45%, and after 30 years power at 84.95% of the original value.
• High efficiency of 20.7%.
• Double glass (bifacial), up to 25% additional yield on the back side of the module depending on albedo
• Multi-busbar (MBB) technology affects lower risk of micro-cracks, slower module degradation, and lower losses.
• Power tolerance 0 ~ +5
• Excellent IAM (Incident Angle Modi er ) and increased efficiency at low insolation, confirmed by independent testing centers
• Lower temperature coefficient (-0.34%) and lower operating temperature
• Resistance to harsh operating conditions such as : salt, ammonia, sand, high temperature and high humidity