CS6.2-66TB-605H is part of the CS6.2-66TB-H Series — one of the most recent made by Canadian Solar. These panels employ cutting-edge technologies to achieve superior efficiency and reliability. This panel takes full advantage of the TOPCon Cell technology. All thanks to a reflective layer on the back. This design maximizes the number of photons absorbed by solar cells.
To further boost the performance, Canadian Solar employs half-cut cell technology. Each of the panel's 132 cells is only half the size of a traditional solar cell. This grants CS6.2-66TB-605H lower resistive losses and better shade tolerance. At 22.4% efficiency, CS6.2-66TB-605H offers surprising performance for its weight and size. And while conventional panels use only one side to absorb photons, bifacial modules employ both sides at the same time. Thanks to the technology, this model can be up to 30% more efficient. Canadian Solar provides an industry-leading 30-year performance warranty and a 12-year product warranty.
605 W power output
132 half-cut TOPCon cells
22.4% efficiency
1500 V DC maximum system voltage
T6 or MC4-EVO2 or MC4-EVO2A connectors
12-year product and 30-year performance warranties
High efficiency of 22.4%
Canadian Solar CS6.2-66TB-605H panels have a high efficiency of 22.4 percent and take full advantage of the company's technologies, which have won Canadian Solar several honors. This TOPCon Cell option produces more electricity per square foot of PV modules. This translates to shorter installation times and fewer clamps and racks. All of this lowers your overall expenditures and shortens the payback period.
Exceptional performance in scorching weather
At high working temperatures, a low temperature coefficient equals increased energy generation. Every 1.8°F over 77°F results in a model's efficiency loss of just -0.29 percent.
Quality and reliability
CS6.2-66TB-605H is subject to rigorous quality and reliability testing as well as many quality checks throughout the production process. The level of automation in the manufacturing facilities virtually eliminates human error.