Nuuko Power Solar Panels

Equipped with 144 split cells in a single module - twice more compared to a conventional solar module

Each half-cut cell produces the same amount of voltage as a standard cell but only half of the current

Module reaches power of up to 455W with a maximum efficiency of 20.9%

Designed to withstand harsh environmental conditions - wind loads (2,400 Pa) and snow loads (5,400 Pa)

Equipped with 144 split cells in a single module - twice more compared to a conventional solar module

Each half-cut cell produces the same amount of voltage as a standard cell but only half of the current

Module reaches power of up to 455W with a maximum efficiency of 20.9%

Designed to withstand harsh environmental conditions - wind loads (2,400 Pa) and snow loads (5,400 Pa)

Created to deliver lasting efficiency and durable performance for various solar projects - high efficiency of up to 21.5% and output power from 535W to 555W

Equipped with 144 mono half-cut cells

Nuuko's current sorting process further increases system power output by reducing the current mismatch

Long-term performance warranty

Certified by TUV, CE, IEC, INMETRO,RETIE

-Hign module conversion efficiency (up to 20.9%)

-Excellent weak light performance

-Nuuko current sorting process

-Extended wind (up to 3,800 Pa)and snow load tests(up to 5,400 Pa)

-Lower operating temperature

-Withstanding harsh enviroment

-Hign module conversion efficiency(up to 20.8%)

-Excellent weak light performance

-Nuuko current sorting process

-Extended wind (up to 3,800 Pa)and snow load tests(up to 5,400 Pa)

-Lower operating temperature

-Withstanding harsh enviroment

-Hign module conversion efficiency (up to 20.3%)

-Excellent weak light performance

-Nuuko current sorting process

-Extended wind (up to 3,800 Pa)and snow load tests(up to 5,400 Pa)

-Lower operating temperature

-Withstanding harsh enviroment

-Hign module conversion efficiency (up to 20.6%)

-Excellent weak light performance

-Nuuko current sorting process

-Extended wind (up to 3,800 Pa)and snow load tests(up to 5,400 Pa)

-Lower operating temperature

-Withstanding harsh enviroment

-Hign module conversion efficiency (up to 21.3%)

-Excellent weak light performance

-Nuuko current sorting process

-Extended wind (up to 3,800 Pa)and snow load tests(up to 5,400 Pa)

-Lower operating temperature

-Withstanding harsh enviroment

-Hign module conversion efficiency (up to 21%)

-Excellent weak light performance

-Nuuko current sorting process

-Extended wind (up to 3,800 Pa)and snow load tests(up to 5,400 Pa)

-Lower operating temperature

-Withstanding harsh enviroment

-Hign module conversion efficiency (up to 21.1%)

-Excellent weak light performance

-Nuuko current sorting process

-Extended wind (up to 3,800 Pa)and snow load tests(up to 5,400 Pa)

-Lower operating temperature

-Withstanding harsh enviroment

-Hign module conversion efficiency (up to 21.4%)

-Excellent weak light performance

-Nuuko current sorting process

-Extended wind (up to 3,800 Pa)and snow load tests(up to 5,400 Pa)

-Lower operating temperature

-Withstanding harsh enviroment

-Hign module conversion efficiency (up to 21.4%)

-Excellent weak light performance

-Nuuko current sorting process

-Extended wind (up to 3,800 Pa)and snow load tests(up to 5,400 Pa)

-Lower operating temperature

-Withstanding harsh enviroment

-Hign module conversion efficiency (up to 21.4%)

-Excellent weak light performance

-Nuuko current sorting process

-Extended wind (up to 3,800 Pa)and snow load tests(up to 5,400 Pa)

-Lower operating temperature

-Withstanding harsh enviroment

Powered by large-sized 210mm cells

Spiration series offers an amazing output of up to 670W with 21.6% efficiency

Lower open-circuit voltage and temperature coefficient values

A special current sorting process, reducing current mismatch losses

Use of high-quality materials

A 12-year product warranty on materials and workmanship

Equipped with 144 split cells in a single module - twice more compared to a conventional solar module

Each half-cut cell produces the same amount of voltage as a standard cell but only half of the current

Module reaches power of up to 455W with a maximum efficiency of 20.9%

Designed to withstand harsh environmental conditions - wind loads (2,400 Pa) and snow loads (5,400 Pa)

Equipped with 144 split cells in a single module - twice more compared to a conventional solar module

Each half-cut cell produces the same amount of voltage as a standard cell but only half of the current

Module reaches power of up to 455W with a maximum efficiency of 20.9%

Designed to withstand harsh environmental conditions - wind loads (2,400 Pa) and snow loads (5,400 Pa)

Equipped with 144 split cells in a single module - twice more compared to a conventional solar module

Each half-cut cell produces the same amount of voltage as a standard cell but only half of the current

Module reaches power of up to 455W with a maximum efficiency of 20.9%

Designed to withstand harsh environmental conditions - wind loads (2,400 Pa) and snow loads (5,400 Pa)

Equipped with 144 split cells in a single module - twice more compared to a conventional solar module

Each half-cut cell produces the same amount of voltage as a standard cell but only half of the current

Module reaches power of up to 455W with a maximum efficiency of 20.9%

Designed to withstand harsh environmental conditions - wind loads (2,400 Pa) and snow loads (5,400 Pa)

Equipped with 144 split cells in a single module - twice more compared to a conventional solar module

Each half-cut cell produces the same amount of voltage as a standard cell but only half of the current

Module reaches power of up to 455W with a maximum efficiency of 20.9%

Designed to withstand harsh environmental conditions - wind loads (2,400 Pa) and snow loads (5,400 Pa)

Equipped with 144 split cells in a single module - twice more compared to a conventional solar module

Each half-cut cell produces the same amount of voltage as a standard cell but only half of the current

Module reaches power of up to 455W with a maximum efficiency of 20.9%

Designed to withstand harsh environmental conditions - wind loads (2,400 Pa) and snow loads (5,400 Pa)