Solar Panel Profile: Q Cells All Black 405 Watt
Q Cells 405-watt modules provide great value for residential projects because there’s more production power per square inch, giving your roof space more potential than ever.
Choosing the right panel is an important decision—after all, they’ll be on your roof for many decades to come. Q Cells panels can give you the confidence that comes from greater efficiency, performance, and savings through the lifetime of your solar system.
Here are a few important highlights to think about when you’re considering Q Cells panels for your solar project:
Q Cells Assembly Plant in Dalton GA
Q CELLS is creating jobs, strengthening the local economy, and assembling high-performance solar panels in America. The 300,000 square foot plant has created over 650 jobs for people in the Dalton GA community. Learn more about the Q Cells factory here:
Q.ANTUM PERC Technology
Q CELLS’ proprietary Q.ANTUM Technology has been a game-changer in terms of raising standards in module performance and efficiency throughout the solar industry. It is a stepped-up type of Passivated Emitter and Rear Cell (PERC) technology, which means that the back of the panel is also able to capture light and create energy. This helps your panels be as efficient as possible even in low light or on high heat days.
The rear surfaces of Q.ANTUM solar cells are treated with a special nano coating that is similar to a typical household mirror. Rays of sunlight that would otherwise go to waste are reflected back through the cell to generate more electricity.
Laser-fired contacts complement the nano coating to enhance the module’s electrical properties, further increasing its efficiency. Q.ANTUM is the most mature PERC technology, and Q CELLS was the first solar company to use the technology.
What exactly are PERC solar cells?
Basically, a PERC solar cell is simply a more efficient solar cell, meaning that solar panels built with PERC cells can convert sunlight into usable electricity more easily. PERC technology boosts efficiency through the addition of a layer to the back of a traditional solar cell, which improves the cell’s production.
How are PERC solar cells different from standard solar cells?
A PERC solar cell is not much different in construction from a typical photovoltaic solar cell. Both types of solar technology use silicon wafers to generate a flow of electrons using incoming solar radiation, and the overall construction of the cell types is very similar. The main difference between PERC cells and typical monocrystalline photovoltaic cells is the integration of a back surface passivation layer, which is a layer of material on the back of the cells that boost cell efficiency. The back surface layer is able to absorb extra light, thus using more of the available electrons to make energy.
The addition of a back surface passivation layer reduces “electron recombination” in the solar cell. Simply put, electron recombination is the tendency of electrons to recombine, which causes a blockage in the free movement of electrons through the solar cell. This inhibition of free electron movement leads to less-than-optimal cell efficiencies. In a PERC solar cell, electron recombination is reduced in order to bump up efficiency.
Another benefit from a PERC solar cell is the reflection of certain wavelengths of light. A silicon wafer in a solar cell can only absorb light in wavelengths up to 1180 nanometers (nm), and higher-wavelength light waves pass through the silicon and are absorbed by the solar panel’s metal back sheet, creating heat. When solar cells are heated, they operate at lower efficiencies. The back surface passivation layer in PERC solar cells is specially designed to reflect light with a wavelength above 1180 nm, reducing the heat energy in the solar cell and consequently increasing efficiency.
Zero Gap Technology
Q.ANTUM DUO Z also features ‘Zero-Gap’ Technology, which means gaps between the cells are closed to ensure a more effective use of the module area. By reducing the space between the cells, module efficiency is increased in relative terms by 4%, delivering an overall module efficiency of up to 21.1%.
Your system will stand up to tough weather
Q Cells testing ensures outstanding durability and world-class performance even in the harshest conditions: strong wind, heavy snow loads, salt stress, aridity, high temperatures, or humidity. Q cells modules are certified for wind loads up to 2400 Pa. (Pascal) and high snow at 5400 Pa. That’s the equivalent of almost 113 pounds per square foot of snow.
Low Light Induced Degradation and Peace of Mind with a 25-year Warranty
Q.PEAK DUO ML-G10 and Q.PEAK DUO BLK ML-G10 are backed by a 25-year product and performance warranty that guarantees at least 86% of the initial power after 25 years. Q CELLS yield security program minimizes the degradation process.
Reach out to us today!
Want to learn more? Get in touch to talk about all the panel options and technicalities with our solar consultants—we love nerding out about PERC Technology with you!
LG Solar Panels vs Q CELLS: Which Panels Are Best For You?
When you’re looking to install a solar energy system, an important step is comparing solar panel brands to find the one that is best for you. You want to be sure you’re investing in high-quality panels that can efficiently turn sunlight into free electricity for many years.
In this blog, we’re putting two solar industry leaders toe-to-toe to see which is the better brand panel: Q CELLS or LG Solar. We’ll be looking at each brands:
The Cost of Q Cells vs the Cost of LG Solar Panels
Cost is an important factor when considering which solar panel brand is the best for your project. Do you go with the top-of-the-line product with the best performance and higher price, or do you go for the middle-of-the-road option that combines good performance with a good price?
Out of these two brands, LG Solar is going to be the more expensive option. LG Solar manufactures some of the highest-efficiency and highest-quality solar panels on the market today. But that technology comes at a price that isn’t feasible for every customer.
In comparison, Q CELLS offers a more affordable product. However, while their solar panels are still very dependable and efficient, they won’t perform quite as well as LG Solar’s panels (more on that later).
So if keeping costs on the lower side is an important factor for your solar energy system, you may want to opt for Q CELLS. However, if you want to optimize panel performance and produce the most electricity possible, LG Solar may be worth the extra cost.
How Do The Efficiencies of Q CELLS and LG Solar Panels Compare?
Solar panel efficiency is the percentage of electricity that panels produce from the energy they received from the sun. A higher efficiency means the panel has the ability to produce more electricity during a certain period of time.
Most solar panels today have efficiencies ranging from 15% to 20%. LG Solar offers one of the most efficient panels widely available on the market today at 21.7%. Their least efficient panel is 19.6%.
Q CELLS offers panels ranging in efficiency from 18.6% to 20.6%. While these don’t quite reach the efficiency levels of LG Solar’s panels, they still pack quite a punch for their price point.
There’s one important distinction to make with Q CELLS panels and their efficiencies. To get panels that are near or above that 20% efficiency threshold, you’ll need to go with their Q.PEAK DUO line, which are made of half-cut cell panels. Instead of being comprised of 60 or 72 cells as with standard solar panels, panels with half-cut cells feature 120 or 144 cells. These panels are more efficient and oftentimes more durable than standard panels, but they’re also typically more expensive.
LG Solar panels will likely be more expensive than Q CELLS panels with half-cut cells. However, LG Solar’s panels may also produce more electricity for a longer period of time (we’ll get to that in our section on performance warranties).
Product Warranties: Do Q CELLS or LG Solar Have Better Panel Guarantees?
Product warranties protect your investment from any manufacturing or material defects. The best solar panel brands offer long-lasting, extensive guarantees because they’re willing to stand behind their product.
When it comes to both Q CELLS and LG Solar, LG offers a significantly better product warranty. Q-Cell offers a 12-year limited product warranty on some modules and 25 years on others. LG ups the ante a bit with a 25-year limited product warranty on all of their products. During this time, both manufacturers will either repair or replace faulty panels, as long as the issue falls within the warranty’s terms.
However, LG Solar not only includes the material cost of the troubled panel, but also the cost of the labor required to perform the replacement. This is extremely rare among solar panel manufacturers, as in most instances, the customer will be on the hook for labor costs.
However, if you install solar with Paradise Energy, you’ll have access to our Triple Ten Guarantee. which covers any labor associated with the repair and replacement of warrantied products, no matter what the manufacturer’s product warranty includes.
Another thing to consider when evaluating panel manufacturer warranties is how secure they are as a company. A warranty is only as good as the company backing it. If your panel manufacturer goes out of business, there will be no one to stand behind those guarantees.
When it comes to both Q CELLS and LG Solar, we have a lot of faith that both companies will be around to honor their warranties. Q CELLS has been a major manufacturer of solar panels since 1999 and continues to provide solar panels for a large portion of solar projects around the world.
LG Solar, which has been producing high-quality panels since 2004, is a highly respected industry leader. Not only is their solar division doing well, but they have the backing of LG Electronics, a global tech giant. So if something does happen to LG Solar (which we have no reason to believe it will), LG Electronics will be around to honor those warranties.
Which Panels Last Longer? A Look Into Q CELLS’ LG Solar’s Performance Warranties
In addition to the product warranty, solar panels will also come with a performance warranty. This warranty sets the bar for the degradation rate of your panels. Solar panel degradation is the slow decline in production that occurs to all solar panels over time. That means each year the amount of electricity your panel is able to produce is less and less.
Performance warranties exist to ensure your panels don’t degrade too quickly and that they’re able to produce large amounts of cost- and emissions-free electricity for decades.
Each performance warranty promises that their solar panels will degrade at a specific rate year over year for a specific period of time. If they exceed this rate, the panel will be replaced or repaired.
All Q CELLS panels that we currently offer are guaranteed the ability to produce 98% of their nominal power after the first year, and then degrade 0.54% thereafter. Ten years after installation, the panels will be producing at least 93.1% of their nominal power, and after 25 years, they’ll be producing at least 85%.
LG Solar also offers a 25-year performance guarantee, however, their degradation rate is much lower. They guarantee that their panels will produce 98% after the first year, then 0.33% degradation rate after that to still produce at least 90.08% of their nominal power after 25 years.
So by opting for LG Solar over Q CELLS, you’ll have panels that produce more electricity for a longer period of time.
It’s important to note that the performance guarantee only covers a solar panel’s ability to produce a certain amount of electricity, not the actual electricity production of the panel. The actual production will depend on several external factors, like weather and how the solar panel was installed.
If you install solar with Paradise Energy, we’ll have you covered for actual system production with our Triple Ten Guarantee. If your system produces less electricity than we estimate it will in your solar system proposal, we’ll literally write you a check for the difference.
Should You Install Q CELLS or LG Solar Panels?
Q CELLS and LG Solar both offer dependable and efficient panels for your solar power system. While Q CELLS come at a more accessible price, LG Solar delivers high-efficiency panels that degrade more slowly.
If price is a big factor for you, Q CELLS will likely be the better of the two options. They offer above-average efficiency and have great warranties for a fair price. If you want top-of-the-line panels, or the space you have for your solar system is small compared to the amount of electricity you’d like to produce, LG Solar will likely be the better option.
|Brand||Cost||Efficiency||Product Warranty||Performance Warranty|
|Q Cells||Cheaper option than LG Solar||18.6% to 20.6% Efficiency||12-25-year product warranty||All panels have a 25-year performance guarantee at 85%|
|LG Solar||expensive option than Q Cells||19.6% to 21.7% efficiency||25-year product warranty||All panels have a 25-year performance guarantee at 90.08%. Also includes labor costs|
That said, if you narrowed your options down to these two brands, you won’t go wrong either way. Both solar panel brands will contribute to a long-lasting solar system that will produce tons of cost- and emissions-free electricity for many years to come.
We’ve compared other solar panels brands. Take a Look!
Information on efficiency, performance warranty, and production warranty accessed from Q CELLS’ solar panel product page and LG’s solar panel product page.
Q Cell Review| Best For Aesthetics And Affordability
Hanwha Q cells have been in the solar market for a long time. The company got their popularity because of their aesthetic panels on a budget. Solar consumers can get a premium and long-term service without losing their fortune. But the question still remains if the company is best for aesthetics and affordability. In this Q cell review, we will precisely look into these rubrics.
So let’s get into it right away!
Is It Q CELLS or Hanwha Q CELLS?
Q cells solar panels have been around for almost as long as the modern solar industry. Since its inception, the company has been sold and rebranded several times. And now the company has grown to become a leading manufacturer.
Founded in 1999 as Q cells AG in Thalheim, Germany, the company quickly became one of the world’s top solar module manufacturers. Unfortunately, the late-2000s global economic downturn and intense competition from Chinese solar companies took a toll on them. And the company declared bankruptcy in 2011. The Hanwha Group, which is a South Korean company, then purchased Q cells.
In the years since, Hanwha has resurrected the Q CELLS brand by bringing together its German engineering team and world-class manufacturing capabilities, becoming one of the world’s top ten solar module manufacturers. In 2018, Hanwha removed its name from the brand, leaving its products simply “Q cells.” In 2022, the brand name was further simplified to “Q cells.”
You could, however, get away with using any format of the brand name. Hanwha still owns the company. Q cells now have manufacturing facilities worldwide, including the most prominent facilities in Australia and USA.
Q Cell’s Technology
Q cells have been a leading innovator in solar cell technology since its inception in 1999. It has grown its business by wiring those cells into the solar modules discussed below. They recently expanded their offerings. It includes Q.HOME solar batteries and hybrid solar inverters. But their main product remains solar modules.
The company has dabbled in various solar cell technologies, ranging from polycrystalline silicon to CIGS thin-film. Still, beginning in 2012, it focused on a technology known as PERC, which stands for “passivated emitter and rear contact.”
PERC solar cells have an extra layer of conductive material on the backside. It can be built into a solar panel with a reflective back sheet to capture a small amount of excess energy from photons. Otherwise, it would reflect in the sky.
Some technology used in Q Cells includes
Q.ANTUM DUO PERC Technology
Traditional PERC solar cells are vulnerable to two issues: light-induced degradation (LID) and potential-induced degradation (PID) (PID). Simply put, exposure to light and electricity can cause cells to degrade faster than they should. Qcells treats its PERC cells with a proprietary process that reduces these issues to almost none.
The duo in Q.ANTUM DUO refers to the most recent advances in Q cells modules. Each panel is wired in two parts with a cut in half in this technology.
Tron Solar Panels
Q Cells’ most efficient offering is Tron solar panels. They are N-type solar panels. And because of their increased efficiency, they are ideal for small spaces such as residential rooftops and smaller industrial buildings. Q Cells’ Q. Tron technology is backed by a 25-year warranty and a 10% higher energy yield performance guarantee than other solar products.
Antum Duo Z Solar Panels
Q. Antum Duo Z is Q Cells’ most innovative cell technology, allowing solar cell interconnection and eliminating gaps between individual cell rows. This zero-gap interconnection enables increased power generation. Combine this with their Q. Antum technology, and the two work well together to provide a more cost-effective and environmentally friendly electricity solution.
Panels Available in Australia
The Q.BOOST and Q.PEAK series of solar panels are available in Australia from Q CELLS. Q.BOOST is the lower-cost or budget-friendly option for those looking for dependable performance without breaking the bank, whereas the Q.PEAK series is the best-performing solar panel range from Q CELLS.
Q Boost Series
Q.BOOST Q CELLS solar panels provide an affordable solution. This solar panel range is less expensive, allowing more households to use renewable energy in their homes.
- 132 Half-cell Monocrystalline PERC Cells
- 375~395Wp Nominal Power
- 4000 / 5400 Pa Wind/Snow Load
- Module Efficiency up to 21.1%
- Temperature Coefficient.0.35
- Temperature Tolerance.40℃ up to 85℃
- 25-year product warranty
- 25-year linear power warranty
- Black anodized aluminum Frame
- G2 Q.BOOST
- Q.BOOST ML-G2
Q Peak Series
Q.PEAK is the high-end solar panel series from Q CELLS. The Q.PEAK solar panel line includes higher kw models that can absorb and convert more sunlight into energy faster. Although these solar panels are more expensive, the trade-off is that they generate more energy.
- Monocrystalline Q.ANTUM solar half cells
- Q. ANTUM DUO technology
- 25-year product warranty
- 25-year linear power warranty
- Up to 21.1% module efficiency
- Black anodized aluminium frame
- Ideal for commercial and residential installations
- High snow (5400Pa) and wind loads (4000Pa)
The Q.PEAK solar panel line includes the following products:
- Q.PEAK DUO ML-G10.a
- Q.PEAK DUO ML-G10
- Q.PEAK DUO BLK ML-G10
- Q.PEAK DUO XL-G9.2
- Q.PEAK DUO XL-G10.2
- Q.PEAK DUO XL-G11.2
- Q.PEAK DUO XL-G11.3
The efficiency of Q Cells
The efficiency of Q cells’ current solar panel lineup ranges from 20.9% to 21.6%, which is higher than the industry standard of 15% to 20%. As a result, Q cells solar panels are among the most energy-efficient on the Australian market.
But what do these numbers mean anything to you as a customer? To put things in context, most solar panel manufacturers offer panels with efficiency ratings ranging from 15% to 20%.
Q cells’ solar panels start at 20% efficiency for the Q.PEAK DUO-G5, and the Q.PEAK DUO XL-G9 offers 20.9% efficiency, putting Q cells in the same league as solar industry leaders LG and SunPower.
|Cell Number||60 cells||60 solar cells||66 solar cells|
|Cell Type||Monocrystalline Q.ANTUM half cells||Monocrystalline/ N-type||Monocrystalline Maxeon Generation 5|
|Solar Panel Efficiency||20.80%||22.00%||22.20%|
|Company average turnover (USD)||2.42 billion||47.91 billion||2.7 billion|
|Annual Power Degradation||0.54%||0.30%||0.25%|
|Number of busbars||12||12||N/A|
|Approximate cost per watt (AUD retail incl GST)||1.00||1.25||1.80|
|Approximate cost per module (AUD retail incl GST)||375||468||750|
|Dimensions||1840 x 1030 x 32mm||1,700mm x 1,016mm x 40 mm||Not Mentioned|
|Product Warranty||25 years||25 years||25 years|
|Performance Warranty||25 years||25 years||25 years|
|Operational Temperature Range||-40℃ –85℃||44 ± 3℃||?40℃ to 60℃|
|Made in||South Korea||South Korea||Malaysia/Philippines/Mexico|
The temperature coefficient and temperature tolerance factors also influence solar panel efficiency ratings.
Temperature Coefficient – The percentage of power output lost by a panel due to a temperature increase greater than 25 degrees Celsius. This diagram depicts how heat affects solar module power and how much energy is lost when the ambient temperature exceeds normal operating levels. Q CELLS solar panels typically have a temperature coefficient of.0.39 to.0.34, outperforming most competitors.
Temperature Tolerance – The expected average operating temperature is shown as a temperature range. The modules can operate indefinitely if the temperature does not exceed this range. And with temperature tolerance, high performance is also expected.
All in all, it is a high-efficiency solar company.
Warranties Provided by Hanwha Group for Solar Products
Q cell warranty services are among the best in the world. They have different warranty policies for each product.
Most high-quality solar panels of Q cells are covered under a 12-year product warranty and a 25-year linear performance warranty. This linear performance warranty guarantees a minimum power output of 97% in the first year. In addition, it also ensures 83% power output in the 25th year, with a reduction rate of 0.6% every year.
But What About the Cost?
Q CELLS solar panels will cost an average of 1.05 to 1.12 per watt for overall-sized systems in 2022 or 0.89 to 1.07 per watt for a 10kW system. After federal and state rebates, these are the out-of- costs for fully installed solar PV systems with inverters.
These include complete installation, a solar inverter. and state and federal government solar rebates. To get premium installation service along with experienced solar installers, get in touch with us immediately!
Solar Emporium’s most recent solar panel packages and quotes provide up-to-date statistics on the cost of Q CELLS solar panels in Australia.
REC vs Q Cell Solar Panels
EC Solar Panels had almost reached a dominating position in the market of electricity, especially solar panels. On the other hand Q Cell, as well, is not somewhere behind it. Q Cells and REC provides Solar Panels which are durable, with a good warranty period, power output, performance, and much more. Now, the question lies REC vs Q Cell: which one is better? Read the blog to learn the answer with related facts.
REC vs Q Cell: Overview
REC is a pioneer in the solar business and a top developer of solar PV technology. The cutting-edge Alpha series panels, which use high-performance heterojunction cells, have elevated REC to the same level as the top producers in the world and are among the most effective solar panels currently on the market. The more affordable REC Twinpeak and N-peak solar panels offer excellent value in the fiercely competitive solar market and are covered by above-average 25-year performance warranties in addition to a 20-year product guarantee.
Originally located in Germany, Q Cells is now headquartered in Seoul, South Korea, and is renowned for producing high-quality solar panels based on tested solar cell technology. Despite not being known for producing the most effective panels, the company is usually very trustworthy and has consistently performed well in independent testing conducted by PVEL. Additionally, Q Cells offers a variety of modularly constructed house energy storage systems, including the stylish new Q. Home CORE series with integrated instantaneous backup power.
REC vs Q Cell: Solar Panel Efficiency
The ability of a solar panel to collect sunlight and transform it into usable energy is referred to as solar panel efficiency. A solar panel with higher efficiency will generate more energy than a panel with lower efficiency of the same size under the same circumstances. Because of this, a greater efficiency rating is typically preferred.
REC Solar Panel Efficiency
The particular type you select for your system will affect the efficiency of the REC solar panels you own. Solar panels from REC have an efficacy range of 19.1% to 22.3%.
|REC Solar Panel Series||Efficiency|
|N-Peak 2 (Black)||19.1%-20.3%|
|Twinpeak 4 (Black)||19.4%-20.3%|
Q Cell Solar Panel Efficiency
Depending on the particular model you select for your system, the efficiency of your Q CELLS solar panels may vary. From 17.4% to 21.4% efficiency is available for solar panels across the entire Q CELLS product range. In general, Q CELLS solar panels have middle-of-the-road efficiency levels, but those with an efficiency of 18% or greater can be categorized as high efficiency.
REC vs Q Cell Solar Panel: Capacity
The difference between the capacity of both of these solar panels is mentioned below
Q Cell Solar Panel Capacity
Both the Q. MAXX BLK-G5 and Q. MAXX-G5 now have more capacity. The largest G5 has a capacity of 415W, while the G4’s maximum output was 410W (the BLK variant was 400W).
Basic features of the Q.MAXX-G5 include:
- 6 18 monocrystalline cells half-cut cells of Q. ANTUM.
- Dimensions: 405W and 415W
- 1722 mm x 1134 mm x 30 mm is the size.
- Size 21.1 kg
- than 21.3% and 20.7% efficiency
- 0.34%/°C for the temperature coefficient.
Three different power levels of the all-black Q. MAXX BLK-G5 are offered: 390W, 400W, and 410W.
Both products come with a 25-year guarantee. Additionally, a 25-year performance warranty is provided, with a minimum of 98% of nominal power guaranteed for the first year and a maximum of 0.5% decline thereafter.
REC Solar Panel Capacity
The business debuted its Alpha Series solar panels in 2019. At the time, according to REC, it was the greatest power 60-cell module available anywhere. The Alpha Pure, which came after the Alpha and is available in the following wattages: 385W, 390W, 395W, 400W, 405W, and 410W, offers a panel efficiency of up to 22.2%. The Alpha initially offered a panel efficiency of up to 21.7%.
The Alpha Pure Series won REC an Intersolar Award in May 2022, with the judges praising its outstanding power production, low carbon footprint, and absence of lead used in manufacturing.
Additionally in May 2022, REC unveiled its Alpha Pure-R solar panels, which will have module conversion efficiencies varying from 21.2% to 22.3% and capacities from 410W to 430W.
A medium-sized manufacturer of solar cells is REC. In 2017, they delivered 1.34 gigawatts of panels, which was more than all of Australia’s installed capacity. Although subsequent shipments are unclear, the company reports that as of 2023, it had delivered 43 million modules, or more than 12 gigawatts, of REC solar panels.
The business plans to increase that capacity to 5GW within the next year or two. As for total manufacturing capacity, the last information available indicated that it was around 1.8 GW annually.
REC vs Q Cell Solar Panel: Price Range
Whenever you are buying something, everything boils down to one thing- the price. You buy things that fit your budget and don’t burn holes in your s. This is why the price is a major comparison factor in REC vs Q Cell solar panels.
Q Cell Solar Panel Price
Cost is often the deciding factor for homes when selecting solar equipment. The overall cost of a solar energy system using Q CELLS panels will differ based on the other components (like inverters and mounts) and the features of your roof that were used during installation.
Here are analyzed estimates from homeowners that include Q CELLS solar panels to show the price range for Q CELLS systems. With the majority of Q CELLS systems costing between 2.32 and 3.16 per watt, Q CELLS is one of the finest home solar investment options available.
Accordingly, your gross cost for a 6 kW system would range from 13,920 to 18,960 (before taking into account any tax rebates or other incentives). In addition, the majority of homeowners spend significantly less than the total gross cost. A 6 kW system with Q CELLS would cost between 10,301 and 14,030 after the government solar tax credit of 26%, which is available to everyone. Numerous state-level solar incentives and rebates are available to further lower your initial costs.
Although Q CELLS solar panels don’t have the best efficiency or performance in the industry, many homeowners who are considering solar find them to be a fantastic bargain. In conclusion, there are many persuasive reasons to think about using Q CELLS panels for your residential solar installation.
REC Solar Panel Price
The price does vary from state to state and even by different solar companies based on installation costs, just like any solar panel that needs to be installed by an expert. Working with a trustworthy solar installer will help you take advantage of regional incentives and the 30% federal tax credit to get the best deal on REC panels in your area.
Given that the average cost per watt in the United States is expected to be 3.00 as of December 2022, you can anticipate REC panels to cost between 2.40 and 3.60 per watt.
REC vs Q Cell Solar Panel: Which is Better?
The Most Trusted and Tested solar panel maker for more than 20 years has been REC. The most recent award-winning line of cutting-edge REC solar panels, the Alpha® Pure solar panel, enables homeowners to fully utilize solar energy for many years. In comparison to other solar panel warranties, their 25-year warranty ensures 92% power performance in year 25.
Given that they evaluate their panels three times more rigorously than anyone else, REC solar panels have a reputation for longevity. In addition, they provide a 25-year labor guarantee, which adds a lot of value to solar for residential use.
In addition, the 410W panel has an efficiency rating of 21.6%, besting SunPower 400 Watt solar panels, which have a rating of 21.4%.
Q Cell may be the most well-known producer of solar panels. It is primarily produced in Singapore after being developed in Germany. With a remarkable efficiency rating of 20.6% and a 25-year manufacturer’s warranty, the Q Cells solar PV provides affordable pricing. The main drawback is that performance will greatly decline from the first year over the long term.
Due to the high rate of depreciation, Q CELLS panels will only produce about 90% beginning in the fifth year, which is why they were not successful in capturing the throne. This is why REC panels are considered better than Q-cell solar panels.
Olivia is committed to green energy and works to help ensure our planet’s long-term habitability. She takes part in environmental conservation by recycling and avoiding single-use plastic.