Q cells q peak duo g5

The Q. The brand new Q.ANTUM DUO technology is able to provide extraordinary performance in a small amount of. It is an example of the PEAK DUO G5 solar module manufactured by Q Cells. Q. Antum

The world’s record cell design has been combined by half-cells, cutting-edge circuitry and a six-busbar design. This combination achieves outstanding performance in real conditions, including the sun’s low-intensity radiation as well as during sunny, hot summer days.

Shneyder Solar Q Cells is among the most well-known solar panel manufacturers. They are a company that has a huge production area of high-quality solar panels. Q Peak Duo G5 Module Q Peak Duo G5 Module is among the most fascinating Q Cells’s products.

The ingenuous Q. ANTUM technology was the reason this product won the Intersolar Award 2018, Photovoltaics Category.

The new version has many advantages over the previous versions, in terms of performance, design , and standardization. Let’s examine some of the features that are amazing.

What are Q cells?

Shneyder Solar is a representative of their technology around the globe. They meet the highest standards in R&D testing, efficiency (up to 19.9 percent!) and manufacturing capability.

The technology is based on the idea of PERC cells (rear contact within the cell) which permit reflection of photons and increase the energy output, however they also greatly reduce system performance as well as optimizes production. It also redefines structure for the module. It takes PERC tech up to a{ whole|| completely} new level.

Six Busbar Technology

Photons that hit the solar panels’ surfaces activate or release electron flow.

To reach the busbars, which act as electron highways electrons have to pass across a thick coating of phosphorus. A lot of electrons cannot reach the busbars due to lack of kinetic energy and thus are lost. This is usually represented by a series resist.

The solar panel is equipped with one of a kind feature that instead of 2 or 4 busbars (conductors that allow electrons to flow to the output), it is equipped with six busbars.

The main benefit of expanding the number of busbars is the decrease in the distance they travel between. This result in a lower series resistance as well as reducing the amount of electrons that are pushed in the busbars.

This means that there is 3% more nominal power output than conventional technologies.

Q Peak Duo Half Cells Technology

The Q Peak Duo model also is unique in that cutting the cell in half with laser technology.

The current could be cut by cutting cells in half. This reduces heat in cells and also reduces losses caused by thermal effects (generally because of higher temperatures and less circulated air).

In addition, losses due to resistivity are decreased due to the fact that current values are lower. Thus, the production has increased by 3 percent.

Q Peak Duo & Parallel Connection

The majority of solar panels contain diodes with 3 bypass.

They allow the flow of current from modules that are on the same string in case of shading. This does not result in hotspots.

One bypass diode is an instance of a sub-module or a section of the panel stops producing electricity. Only 2/3 of the panel is able to generate electricity.

If the shaded area grows to cover the entire lower part of the module, all bypass diodes will act (even even if the shade covers less than 30 percent). The module will stop producing until the shade is removed. This is a huge problem since it could result in significant loss.

This issue can be solved with this model, the Q Peak Duo model, which connects two modules in parallel.

Also, even when the shade is covering the lower half on the screen, it will produce!

Leading Industry Warranty

Shneyder Solar manufacturers offer guarantees that their modules will not suffer a loss of greater than 80 percent power output over the course of 25 years.

It is the norm for warranties for all technologies. This feature is unique with Q Peak Duo. Q Peak Duo, which comes with a warranty of an output of 85% of the nominal power after 25 years of use.

This gives an annual maximum degradation factor of 0.544%.

Round Shape Conductors

Another innovation is the shape of conductors. Flat ribbons are utilized to carry electricity through conventional solar panels. They create shading on the cell’s ribbons, and reduces the amount of photons absorption.

Q cell q.peak Duo Cell Modules are constructed using a rounded six-busbar design which dramatically reduces shading of the silicon layer.

This technology increases production and provides 2.5 percent energy per cell compared with traditional technology.

Additional Features

The longevity and production of{ traditional|| conventional} solar panel modules is also affected by other factors.

Potential degradation induced by (PID) For instance, is an undesirable result the leakage currents in high-voltage strings, which have elevated humidity levels and temperatures.

Q Peak Duo tech is more resistant to this effect and even stand up to installations of up to 1500 VDC!

LID is also able to be a factor in reducing the power output. Shneyder Solar Q Cells is among the few companies to have studied this issue and designed an Anti-LID system.

Benefits of your Q.Peak duo g5 Solar Panel

MODULE STATE OF THE ART technology Q. ANTUM DUO – Q.ANTUM DUO combines cutting edge cell separation and cutting-edge wiring using Q.ANTUM Technology.
Q. ANTUMTECHNOLOGY: INVESTMENT PAYBACK TIME: Higher yield per square meter and lower BOS costs, higher power classes and efficiency of up to 19.9%
INNOVATIVE ALLWEAR TECHNOLOGY FOR Optimal yields, whatever the weather with excellent low-light and temperature control.
EXTREME WEATHER RATE High-tech aluminum alloy frame that is certified for high snow (5400 Pa) and wind loads (4000 Pa) for IEC.
Particularly high performance -Long-term yield security with anti LID and Anti PID Technology, Hot-Spot Protect and Traceable Quality Tra.Q
Reliable investment – Includes 12 year product warranty and a 25-year guarantee on linear performance.