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Canadian solar panel 550W
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HiKu6 Canadian Solar 550W mono battery panel is a monocrystalline battery line manufactured using Ku Modules cooling technology, based on Low Internal Current (LIC) Modules technology platform. Panel efficiency reaches 21.5%, reduces LCOE electricity production costs by up to 4.5%, and reduces system costs by up to 5.6%. Comprehensive LID/LeTID mitigation technology, up to 50% lower attenuation. The battery panels are equipped with many advanced technologies such as: Half-cut cells, PERC, Multi Busbars…. helps solar power systems achieve high efficiency and output, reducing the impact of shadows.
Additional information
Description
STANDARD CONDITION SPECIFICATIONS | ||
CS6W | 550MS | |
Maximum power (Pmax) | 550 W | |
Voltage at peak power point (Vmp) | 41.7 V | |
Current at peak power (Imp) | 13.20 A | |
Open circuit voltage (Voc) | 49.6 V | |
Short circuit current (Isc) | 14.00 A | |
Module photovoltaic efficiency | 21.5 % | |
Operating temperature threshold | -40°C~+85°C | |
Maximum voltage threshold | 1500V (IEC/UL) or 1000V (IEC/UL) | |
Fireproof standards | Class 1 (UL 61730 1500V) or Class 2 (UL 61730 1000V) or Class C (IEC 61730) | |
Fuse maximum current | 25 A | |
Classify | Grade A | |
Capacity tolerance | 0 ~ +10W | |
*Under standard conditions, solar radiation is 1000 W/m², atmospheric density is 1.5 AM, photovoltaic cell temperature is 25⁰C | ||
SPECIFICATIONS NORMAL CONDITIONS | ||
CS6W | 550MS | |
Maximum power (Pmax) | 412 W | |
Voltage at peak power point (Vmp) | 39.1 V | |
Current at peak power (Imp) | 10.55 A | |
Open circuit voltage (Voc) | 46.9 V | |
Short circuit current (Isc) | 11.29 A | |
*Under standard conditions, solar radiation is 800 W/m², atmospheric pressure is 1.5 AM, ambient temperature is 20°C, wind speed is 1 m/s. | ||
MECHANICAL SPECIFICATIONS | ||
Type of photoelectric cell | Mono-crystalline | |
Number of cells | 144 [2 X (12 X 6)] | |
Size | 2261 x 1134 x 35 mm (89.0 x 44.6 x 1.38 in) | |
Weight | 27.8 kg (61.3 Ibs) | |
Front glass | 3.2mm tempered glass | |
Frame material | Anodized aluminum | |
Wiring box | IP68, 3 bypass diodes | |
Elactric cable | 4 mm² (IEC), 12 AWG (UL) | |
Wire length (including connections) | 410mm (16.1 in) (+) / 290 mm (11.4 in) (-) (extra jumper cable provided: 2 wires/Pallet) or customized length | |
Jack connection | T4 series or MC4-EVO2 | |
Packing | 30 panels/pallet | |
Number of panels in 40′ container | 600 panels | |
TEMPERATURE SPECIFICATIONS | ||
Power loss coefficient | -0.34 % / °C | |
Voltage reduction coefficient | -0.26 % / °C | |
Current reduction coefficient | 0.05 % / °C | |
Operating temperature of cel | 41 +/- 3 °C |
SALIENT FEATURES
Convergence of top technologies
This battery panel is equipped with the most advanced technology today in the field of solar power. Below are four technologies that have made this product line famous:
– Half-cut cells: With this technology, battery cells are cut in half, so the number of independently operating battery cells will increase, from 72 to 144 battery cells. Thanks to that, reducing the current helps the solar panel stay cooler when operating, thereby increasing the efficiency of solar energy conversion. Besides, these factors also help the battery panels have a longer lifespan than usual.
– PERC: PERC technology stands for Passivated Emitter and Rear Cell. PERC helps improve panel performance by allowing electrons to move more easily while increasing light reflection on the back of the solar cell, helping to convert a larger amount of solar energy than usual.
– Multi Busbars: Busbars serve as the main path to conduct electrons from the battery cell to the external circuit to create an electric current. With a battery cell with many busbars, electrons are more easily concentrated to form an electric current. Therefore, the battery panel uses many thin metal wires to conduct the current, which will be more stable and less consumed.
– Split the battery panel in half: This technology splits the battery panel into 2 independent parts. Instead of the traditional type, if part of this panel area is shaded, the entire panel will be affected. Now, the level of impact will be reduced by half, because the panel has been cut into 2 parts to operate independently.
Strict testing process results in consistent products
Before finishing and packaging products, Canadian Solar panels must pass 359 different quality control points. Besides, because it is 100% produced by robots, millions of panels are of the same quality. This helps investors not have to worry about problems arising from manufacturer errors, wasting time and effort to replace faulty panels. Canadian Solar gives customers complete peace of mind to use for over 35 years without any problems.
Operating efficiency under PTC conditions is the highest in the world
This is the most important index for a solar panel. Different from performance tested under ideal conditions, performance tested under PTC conditions (tested and evaluated based on actual weather conditions) will most accurately reflect the productivity that the panel brings. . The results show that the number achieved is up to 93.13% on this panel, the highest in the world and far surpassing the remaining competitors. With this extremely high index, the solar energy conversion efficiency of the panels will hardly be greatly reduced in erratic weather conditions in Vietnam, both when the sun is strong and when the sun is weak.
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