Q cells q peak duo g5

The Q. The brand new Q.ANTUM DUO technology provides exceptional performance on a very small area. The model is called an example of the PEAK DUO G5 solar panel by Q CELLS. Q. ANTUM

The world’s best-known cell design has been paired with half cells, cutting-edge circuitry and a six-busbar design. This combination achieves amazing performance under real-world conditions, including the sun’s low-intensity radiation as well as during sunny, hot summer days.

Shneyder Solar Q Cells is one of the most prominent producers in the solar industry. The company has a huge production area of high-quality solar panels. The Q Peak Duo G5 Module is one of the most fascinating Q Cells products.

The revolutionary design of the Q. ANTUM technology was the reason why this product was awarded the Intersolar Award 2018, Photovoltaics Category.

The new version has many advantages over previous versions, in terms of performance, design and standards. Let’s take a look at some of the amazing features.

What are Q cells?

Shneyder Solar is a representative of their technology throughout the world. They have high standards in testing R&D and efficiency (up to 19.9 percent!) and manufacturing capabilities.

The technology is based on the concept of PERC cells (rear contact within the cell which permit reflection of light particles and boost energy output, but also significantly reduces system performance improves production and transforms the design that the components. It elevates PERC technology to a{ whole|| completely} new level.

Six Busbar Technology

Photons that hit the solar panel’s surface cause electron flow to be released or activated.

To reach the busbars which act as electron highways, these electrons have to pass over a good layer 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 a unique feature it does not have 2 or 4 busbars (conductors that allow electrons to flow into the output) it comes with 6 busbars.

The most significant benefit of expanding the number of busbars is a reduction in distance between them. This leads to a decrease in series resistance as well as lessening the congestion of electrons between the busbars.

This is an increase of 3% in nominal power output than conventional technologies.

Q Peak Duo Half Cells Technology

It is the Q Peak Duo model also is unique in that the cells are cut in half using laser technology.

The current could be cut by cutting cells in half. This decreases the amount of heat that cells produce and reduces losses due to thermal elements (generally due to higher temperature and lesser circulated air).

Furthermore, resistive losses are reduced because current values are lower. Therefore, production has increased by 3 percent.

Q Peak Duo & Parallel Connection

Most solar panel include 3 bypass diodes.

These devices permit current to flow from modules that are on the same string in case of shading without creating hotspots.

One bypass diode is the case when a sub-module, or a portion of the panel stops producing electricity. Only two thirds of the panel produces electricity.

If the shaded region expands to the entire lower portion of the module, all bypass diodes will be activated (even if it is less than 30 percent). The module will stop producing until the shade is removed. This is a huge problem because it could cause huge loss.

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

Additionally, even in the event that the shade covers the lower portion on the screen, it will still produce!

Leading Industry Warranty

Shneyder Solar manufacturers offer guarantees that their modules will not lose more than 80% in output power over the span of 25 years.

It is the norm for warranties that comes with all technologies. This aspect is also innovative for the Q Peak Duo, which comes with a warranty of 85percent nominal power output after 25 years of use.

This is a result of an annual maximum degradation factor of 0.544%.

Round Shape Conductors

Another innovative feature is the shape of conductors. Flat ribbons are utilized to carry electricity through typical solar panels. They create shading on the cell’s ribbons. This reduces the amount of photons absorbed.

Q cell q.peak Duo Cell Modules are, in comparison, designed with a round-shaped six-busbar design, which drastically reduces shade of silicon.

This technology increases production and adds 2.5 percent energy per cell when compared with conventional technology.

Additional Features

The longevity and production of{ traditional|| conventional} solar panel modules is also dependent on other elements.

Potentially degradation induced (PID) such as, is an undesirable consequence of the presence of leakage currents on high-voltage strings that have high humidity levels and temperatures.

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

LID could also help in reducing the power output. Shneyder Solar Q Cells is one of few companies that have researched the issue and developed an Anti-LID technology.

Benefits of your Q.Peak duo g5 Solar Panel

STATE OF THE ART MODULE Technology Q. ANTUM DUO – Q.ANTUM DUO combines cutting edge cell separation with innovative wiring technology with Q.ANTUM Technology.
Q. ANTUMTECHNOLOGY: INVESTMENT PAYBACK TIME: Higher yield per area Lower BOS cost Higher power classes, and efficiency of up to 19.9%
Innovative All-Wing Technology - Maximum yields, regardless of the conditions, with exceptional low-light and temperature control.
EXTREME WEATHER RATE High-tech aluminum alloy frame approved for snow loads of high (5400 Pa) and wind loads (4000 Pa) regarding 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 – Inclusive twelve-year warranty on the product and a 25-year linear performance guarantee.