Vertex N NEG21C.20 720W module is engineered to meet the demands of utility-scale solar installations. Powered by upgraded N-type TOPCon technology, it achieves impressive efficiency levels of up to 23.2%. Built for durability and consistent performance, Vertex N ensures reliable operation while maximizing energy output for large-scale solar projects.
NEG21C.20
VERTEX N 720W BIFACIAL
23.2%
720W
Power Output Range
Maximum Efficiency
Technical Parameter
Low voltage design concept
Voc : 49.4 V
Imp : 17.44 A
Physics Parameter
Size : 2384*1303 mm
Weight : 38.3 kg
Four Key Advantages
Lower LCOE
More Value For Customers
HIGH
The optimized low-voltage design allows more modules to be connected in a single string, increasing overall system capacity and delivering higher power output for large-scale solar applications.
STRING POWER
HIGH
Advanced cell technology and optimized module structure help maximize sunlight absorption and conversion, resulting in higher energy generation and improved system performance.
POWER GENERATION
HIGH
N-type technology provides excellent product durability and stable long-term performance, with minimal degradation and consistent energy output throughout the module’s lifetime.
RELIABILITY
HIGH
High-performance TOPCon cells deliver superior conversion efficiency, enabling the module to generate more power even in limited installation space.
EFFICIENCY
LOW ELECTRICITY COST
N-type modules produce more energy with long-term stability, helping lower electricity costs and maximize lifetime savings.
Most efficent Trina's Product to date
More optimized to reduce BOS cost
Better resistance to harsh enviromental condition
Engineered with advanced cell technology, this module delivers exceptional power output and industry-leading efficiency. It maximizes energy generation, making it the most efficient solar solution from TrinaSolar to date.
Designed with a higher power output and optimized module size, this product helps reduce Balance of System (BOS) costs. It enables fewer modules, lower installation expenses, and improved overall project economics.
Designed to perform reliably in extreme environments, including high temperatures, humidity, heavy rain, and intense sunlight. Advanced materials and technology ensure stable performance, durability, and long-term efficiency.