Solar Panels Aiwa Pro 566W

Aiwa Pro Solar 566Wp mono halfcell battery panel is the newest battery panel produced by Aiwa Pro Solar, 
with the most modern and optimal technology, providing the best product.

Technical information of Aiwa Pro Solar 566 Wp panels :

Describe

Aiwa Pro 566 Wp

Test conditions

STC || NOCT

Maximum power (Pmax)

575 || 430

Open circuit voltage (Voc)

42.06 || 48.88

Short circuit current (Isc/A)

14.14 || 11.42

Maximum power voltage (Vmp/V)

43.91 || 40.07

Maximum power current (Imp/VA)

13.10 || 10.72

Module efficiency (%)

22.3

STC (Standard Conditions): Radiation 1000W/m2, Optical Spectrum AM=1.5

NOCT (Normal conditions): Radiation 800W/m2, Ambient temperature 20C, Optical spectrum AM=1.5, wind speed 1m/s

Temperature coefficient

Aiwa Pro 566 Wp

Temperature coefficient Isc

+0.048%/C

Temperature coefficient Voc

-0.270%/C

Temperature coefficient Pmax

-0.350%/C

Mechanical parameters

Aiwa Pro 566 Wp

Number of cells

144 (6 x 24)

Fitting box

IP68, 3 diodes

Output cable

4mm2, 300mm

Glass type

Single glass 3.2mm, tempered

Frame

Aluminum frame

Dimensions (L x W x H)

2256mm x 1133mm x 35mm

Weight

27.5kg

Pack

Number of panels per pallet
155 20ft containers

620 40ft containers

Mechanical load

SL-AW566W

Maximum frontal static load

5400pa

Maximum backside static load

2400pa

Hail test

Withstand 25mm hail, speed 23m/s

Operating conditions

Aiwa Pro 566 Wp

Operating temperature

-40C -> +85C

Capacity tolerance

0 ~ 5+ W

Tolerance Voc and Isc

± 3%

Maximum voltage

DC1500V (IEC/UL)

Fuse protection

25A

The operating temperature of the cell is normal

45 ±2 ºC

Safety class

Class II

Fire Rating

UL type 4

Aiwa Pro Solar's solar panels are manufactured with good quality materials, modern production processes with a team of highly qualified engineers and employees, thereby creating a product line of good quality. with competitive prices.

Under the close supervision of Japanese engineers, Aiwa Solar's solar battery products accurately meet the world's rigorous techniques.

New technology of Aiwa Pro Solar 566Wp (SL-AW566W)

TEMPERATURE
The hot spot temperature is lower than 85°C. IEC61215 testing shows that with one percent zero, one percent and 100 percent shaded areas, the respective hot spots will not exceed 85°c, which is maximum operating conditions

SAFETY
Aiwa Pro Solar 566wp panel temperature drops instantly, thus eliminating material hazards and ensuring greater module safety, preventing fire risks caused by hot spots.

 

GERMAN QUALITY
AIWA PRO Solar photovoltaic modules are manufactured using high quality materials, automatic robot lines, Japanese technology and standards,

PERFORMANCE GUARANTEED

Aiwa Pro Solar ensures high investment, security and warranty requirements by providing a 25-year linear performance guarantee and 12-year product warranty.

OTHER QUALITY PROPERTIES OF AIWA PRO SOLAR 566W

RELIABILITY
Bypass diodes prevent mismatched cells in shaded areas. The lower temperatures of hot-spot-free modules eliminate potential causes for backplate degradation, thereby improving reliability over longer periods of time.

HIGH PROFITS
This new technology prevents instantaneous drops in module output, thereby increasing performance rates by up to 30% and return for all types of installations.

POSITIVE PERFORMANCE
Higher productivity due to plus classification from 0 to +5 Wp ensures high system efficiency and stable productivity.

Warranty policy for AIWA Solar panels : 

Guarantee

Warranty content

12 year product warranty

We promise that quality materials and sophistication in manufacturing panels help maintain outstanding quality for 12 years.

25-year battery performance warranty

We guarantee your Aiwa Solar solar panels will be 80% efficient for 25 years.

Long-lasting performance and warranty

25-year linear performance warranty, guaranteed to retain at least 80% of original power output after 25 years of operation.
12-year product physical warranty, covering any defects in materials or workmanship that may affect the function of the panel.
LID and PID resistance, reducing performance degradation over time.
Resists salt mist, ammonia and sand, preventing the effects of corrosive substances on the surface and components of the panel.