SEPT 2023
The Ultimate Guide to Qcells Solar Panels: Uncovering The Secrets of Durability and Efficiency
Written by Kerry Mullany
Qcells: a Frontrunner in the Solar Industry
In the ever-evolving landscape of solar solutions, Qcells emerges as a frontrunner, spearheading innovations for a sustainable future. With a rich legacy spanning over two decades, Qcells has cemented its position as a pioneer in the solar engineering sector, laying the groundwork for the renowned “Solar Valley” in Germany
Qcells unwavering commitment to advancing solar technology to optimise performance and longevity, is part of the reason Smart Energy trusts and utilises Qcells' solar products in solar installations.
In this guide, we delve deep into the core principles that make Qcells solar panels a beacon of durability and efficiency, making them an ideal choice for all Australian homes.
A Chronicle Of World First’s… 🥇
A good place to start when highlighting the quality of Qcells products, is looking at the many solar milestones and world-first achievements Qcells have accomplished since their inception.
- 2004 Set new standard with Q6L 6-inch cell
Qcells set a new standard for the industry with Q6L (156x156mm) 6-inch cell, which provided better performance and maximum utilisation of the module’s surface space.
- 2008 World-first company to ensure Hot-Spot-free cells with Hot-Spot Protect
Qcells became the world-first company to ensure Hot-Spot-free cells with Hot-Spot Protect, a procedure to ensure that QCells' solar cells are 100% free from hot spots that could heat up and affect the quality of the module.
- 2010 Introduced world-first full-square mono-crystalline cell
Qcells introduced the first full-square mono-crystalline Q6L cell in the solar industry, which provides additional 3% power output compared to pseudo-square mono-crystalline solar cells.
- 2011 World-record efficiency of 19.5% in multi-crystalline cell
Q.ANTUM technology set a new efficiency record of 19.5% for poly-crystalline solar cells, as confirmed by the Fraunhofer Institute (ISE).
- 2012 World-first company to commercialise PERC technology
Qcells began producing PERC solar cells based on Q.ANTUM technology. Qcells was also the first manufacturer to successfully participate in the Quality Tested program of the VDE, a German independent certification institute, setting a new standard for quality assurance.
- 2020 First solar module manufacturer to pass new QCPV certification
Qcells sealed the first industry certification for a new Quality Controlled PV program from TUV Rheinland. This particular program was chosen not only because it is the most extensive and stringent testing scheme in the PV industry, but it is also the only certification in the entire industry to involve independent and random onsite testing from running production, as well as regular material testing.
- 2022 Launch of third generation Q.HOME CORE Energy Storage System in Australia
Q.HOME CORE was the first ESS to provide a 15 year product warranty to the Australian market.
Solar Jargon That Matters
To uncover why Qcells solar panels offer first-class performance in durability and efficiency, we have to put our solar jargon hats on for a lesson in tech and science.
(But think of us as that fun science teacher that lets you touch that static glass ball that makes your hair stand on end at the science museum).
We’ll start with Q.ANTUM DUO Technology
Built on proven tech, Qcells’ trademarked Q.ANTUM DUO Technology has significantly raised the bar in product performance throughout the solar industry.
A game-changer when it comes to durability and longevity, below we explore the intricacies of this revolutionary science that make Qcells solar panels exceed industry expectations.
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- Advanced Passivated Emitter and Rear Cell (PERC) Technology
Solar cells passively absorb sun rays to convert them into solar electricity. PERC technology in Qcells solar panels increases the absorption of sun rays by using both sides of the solar cell. By optimising the rear side, it increases the overall solar electricity generation and solar panel efficiency.
How? … Qcells Power Reflector Layer.
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- Power Reflector Layer
This special nano coating on the rear surface of the solar cell mirrors sun rays, sending them back through the cell to generate more electricity. Combined with laser-fired contacts, which create a direct path for electrical current to flow, the generation of solar power is faster and more effective.
This is particularly beneficial to those living in areas of Australia that experience more rainfall or snow, and might need optimal solar panel efficiency to account for reduced sunlight.
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- Multi Busbars Technology
Busbars are the little lines you see, when looking close up, on a solar panel. Their job is to capture electrons needed to produce an electrical current. Reduced distance in between the busbars and adding additional busbars results in less congestion for the electrical current to flow. This in turn reduces resistive losses that can reduce solar panel efficiency. This tech improvement mastered by Qcells results in a 2% power increase from each panel.
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- Half-cell Technology
The further electrical currents have to flow, the weaker the charge gets. By halving the size of each solar cell, the pathways for currents to travel is also halved. This enhances the energy output and solar panel efficiency, resulting in a 3% increase in power.
And though 3% doesn’t sound like a lot, when you are cracking the air con, just remember whilst those panels sun bake on the roof, that extra 3% of gusto will be keeping you and your bills icy cool.
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- Wire Interconnection
Standard solar panels use flat ribbons to transmit electricity which can cause shading within areas of the panel. Qcells solar panels use wiring that decreases shading losses by 75% and increases power by 2.5%.
Four-Level Quality Assurance Program
If you are looking for peace of mind when it comes to quality assurance, how does a Four-Level Quality Assurance program, three times stricter than the current global standards, including over 40 individual tests sound?
With an average lifespan of 25 years, quality is an essential consideration when investing in solar. Especially with a climate as wild as here in Australia.
Making sure your panels are built to withstand heat waves hot enough to fry an egg on the car bonnet, and thunderstorms strong enough to shake the house, is pretty important.
The engineers at Qcells ensure that your investment is built to last, and they've certainly put their panels through the ringer to prove it.
Level 1 - Initial Certification
Level 1 - Initial Certification
All solar panels from all manufacturers must pass this basic level of certification. It guarantees electrical safety and proper construction and obviously Qcells aced this test.
Level 2 - Advanced Yield Security
This level of advanced testing ensures that the solar cells are functioning and yielding the expected amount of power even with environmental stresses at play.
Passing this level with flying colours, rest assured Qcells solar cells are trustworthy, safe and reliable long-term.
Anti PID Technology
Potential Induced Degradation (PID) in solar panels, caused by voltage, high temperatures and humidity, can significantly reduce solar power output. Qcells mitigates this through advanced technologies and materials, ensuring long-term reliability and high energy yield as part of their quality assurance program.
Anti LeTID Technology
Light and Elevated Temperature Induced Degradation (LeTID) can significantly damage the power production of solar cells. Qcells was the first company to observe LeTID effects, and the first to come up with a solution to alleviate it back in 2015.
Hot-Spot Protect
A hot spot is a localised area where the temperature of a cell rises significantly in comparison to surrounding cells. There are a number of reasons this can occur including manufacturing defects and uneven electrical properties between cells. One hot-spot can lead to continual yield loss and decreased panel efficiency.
Solar panels are on the roof sun baking day in, day out for 25+ years, which is why Qcells have been thoroughly inspecting their solar cells using infrared camera scanning since 2008.
Level 3 - Quality Controlled PV (QCPV - TÜV Rheinland)
Qcells is the first solar module manufacturer in the industry to pass TÜV Rheinland’s new Quality Controlled PV (QCPV) certification; the most thorough testing program in the industry.
Developed by TÜV Rheinland, QCPV is not only the most extensive and strictest program to date, but is also the only certification in the entire industry to involve independent and random onsite testing by external experts, and subject to continuous material and component audits.
It’s nice to know that your solar panels come from a manufacturer with consistency.
Level 4 - Internal Quality Testing (IQT)
The final inspection is 3x stricter than standard global testing within the solar industry. As their own biggest critic, you can probably tell that Qcells are perfectionist from start to finish, guaranteeing product stability.
German Engineering
Germany is known for its high-quality manufacturing standards in automotive, machinery and plant, and precision engineering. Companies such as Bosch, Siemens, Daimler, BMW, and Volkswagen are all based in Germany and are known for their innovation and technical expertise. You can now add Qcells to that impressive repertoire as all Qcells products are all engineered in Germany.
Robust Structural Elements
Durable Frame: The aluminium alloy frames of the panels are constructed to withstand various environmental conditions, including heavy snow and wind loads.
Quality Glass: The glass used in the panels is designed to withstand impacts and protect the cells inside from environmental factors.
Paul, New South Wales
Limitless Design
Rooftops come in all shapes and sizes, across various locations that are hot, cold, windy, sunny, and humid. In the pursuit of maximising solar panel durability, value and cost-effective performance, Qcells offer a variety of solar panel designs to cater a solution for every home.
Various Sizes:
Layout can play an important role in optimising performance and durability in various conditions and climates. With different panel sizes Smart Energy can assess your roof and create a layout that fits like a glove and performs like a grand prix champion.
Two Colour Options:
Worried about aesthetics? Be a proud solar owner with either colour option boasting high-tech elegance.
Both colours are as durable and efficient as each other, we just thought it’s worth mentioning how considerate Qcells have been, right down to the design element of their panels. With their customers' needs at the forefront of their mind, Qcells products are ticking all the boxes.
Impressive Lifespan
A credit to Qcells extensive research, meticulous manufacturing processes and rigorous testing is the impressive lifespan of Qcells solar panels. Living up to their industry reputation and assured workmanship, the long-lasting product and performance warranties reach up to 25 years. Supporting claims of durability and efficiency and providing you with a reliable investment.
Tim, Victoria
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Summary
As we wrap up this insightful journey into the world of Qcells, it becomes evident that the relentless pursuit of innovation and quality sets them apart in the solar industry. From groundbreaking technologies like Q.ANTUM and PERC, enhancing efficiency and longevity, to meticulous four-level quality assurance program guaranteeing product stability and high energy yield.
Reflected by robust manufacturing, Qcells solar panels are proficient at withstanding extreme weather conditions experienced in Australia. The German-engineered product offers exceptional performance and versatility catering for various rooftops, and aesthetic preferences.
As you consider stepping into the future with solar energy, consider the high-quality engineering and research behind Qcells solar panels. Covering all angles of durability and efficiency, Qcells priority is ensuring your solar investment is built to bring a long-lasting return.
20,000+ happy customers across Australia.
4.7
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