Panasonic claims solar panel efficiency top spot over SolarCity
The Japanese electronics giant has revealed only days after U.S. green energy company SolarCity announced that its forthcoming rooftop solar panels will be the most efficient in the world, that it has produced a new solar module prototype based on mass-production technology, that is even more efficient than SolarCity’s panels.
Last Friday, SolarCity announced that it had made a breakthrough in solar panel technology and would be creating high efficiency and low-cost solar panels. The panels have a module efficiency of 22.04%. This is a measurement that refers to the amount of energy the panel can generate. While this may not sound like much, for the solar industry it’s a breakthrough considering the size and affordability of a product that is designed for a roof.
The top performance of the average solar panel is typically anywhere from 15 to 17%, but SolarCity says that its new panels with improved efficiency can produce between 30 to 40% more power than their competitor’s panels of equal size.
However, Panasonic announced yesterday that is has created a 22.5% efficient commercial-sized solar module based on mass-production technology. This advancement made by the company means that it has surpassed SolarCity in having produced a solar panel with the highest efficiency in the world.
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Panasonic’s solar panels are not the same as SolarCity’s models.
Even though it seems that Panasonic has successfully stolen SolarCity’s thunder for the time being, it should be noted that Panasonic’s solar panels are based on “thin-layer” solar cells. The reason this is worth noting is that these solar cells are more expensive to produce than the standard cells being used by SolarCity. Therefore, at the moment, even if Panasonic’s panels are more efficient, they are not as cost-effective.
Panasonic has not yet revealed a specific date for when its panels would be used commercially.SolarCity, on the other hand, said that it will produce its new high-efficiency panels at its major solar panel factory that it is building in Buffalo, New York. The factory, which will also be North America’s largest solar energy panel manufacturing facility, is expected to produce anywhere from 9,000 to 10,000 panels daily and is set to open in 2017.
Choosing the Best Solar Panel 2023: Panasonic Solar Panels
Solar energy systems have emerged as a widely embraced alternative for residential and commercial properties, owing to their environmental and economic benefits. Within the extensive array of solar panel manufacturers, Panasonic has positioned itself as a forerunner in the sector. We provide a comprehensive analysis of Panasonic solar panels, delineating their advantages and evaluating their performance relative to competitors. The ultimate objective is to equip readers with a profound understanding of whether Panasonic solar panels constitute an optimal choice for addressing their energy requirements.
A Brief History of Panasonic
Founded in 1918, Panasonic has been a household name for over a century, known for producing high-quality consumer electronics. The company’s dedication to innovation has led them to expand into numerous sectors, including the renewable energy market.
Panasonic’s Entry into the Solar Industry
Panasonic entered the solar industry in the 1970s, focusing on research and development. Over the years, they have made significant improvements in solar panel efficiency and performance, leading to the creation of the EverVolt™ solar panel series.
The EverVolt™ Solar Panel Series
The EverVolt™ series is Panasonic‘s latest line of high-efficiency solar panels. These panels are designed to provide outstanding performance in various conditions while maintaining a sleek, low-profile design. The EverVolt™ series includes monocrystalline and polycrystalline options, catering to different customer preferences and budgets.
Advantages of Panasonic Solar Panels
Panasonic solar panels offer several benefits that set them apart from competitors, including:
Panasonic solar panels are known for their high efficiency, meaning they can generate more power per square foot compared to other panels. This is particularly advantageous for homeowners with limited roof space, as fewer panels are needed to meet their energy needs.
Reliability and Durability
Panasonic solar panels are built to last, using high-quality materials and manufacturing processes that ensure long-term performance. These panels undergo rigorous testing and have been proven to withstand extreme weather conditions, such as heavy snow and strong winds.
Temperature Performance
Panasonic solar panels exhibit excellent temperature performance, maintaining high levels of efficiency even in hot climates. This is an essential factor to consider, as some solar panels experience significant efficiency drops in high temperatures.
Panasonic solar panels boast a sleek, low-profile design with minimal visible wiring. This allows for a more aesthetically pleasing installation, blending seamlessly with most rooftops.
Comparing Panasonic Solar Panels to Competitors
When compared to competitors, Panasonic solar panels often outperform in terms of efficiency, reliability, and temperature performance. However, it’s essential to consider other factors like cost, warranty, and environmental impact when making a decision.
Installation and Warranty
Installing Panasonic solar panels typically involves working with a certified installer who is knowledgeable about the products and proper installation techniques. This ensures a smooth and efficient process, maximizing your solar panels’ performance and longevity. NuWatt Energy is one of the very few installers across the US that has an Elite Installer status with Panasonic.
Unparalleled Warranty Coverage
Panasonic AllGuard offers a comprehensive warranty that extends beyond its solar panels and covers both the product and performance of the panels, microinverters, and mounting system for up to 25 years. This warranty guarantees that your panels will maintain a certain level of efficiency throughout their lifetime, providing peace of mind and protection for your investment.
Cost of Panasonic Solar Panels
The cost of Panasonic solar panels can vary depending on factors such as the panel type, system size, and installation location. While Panasonic panels may be more expensive upfront compared to some competitors, their high efficiency, low degradation, and long-lasting performance often result in long-term savings on energy bills.
Panasonic is committed to reducing its environmental impact through sustainable practices and the use of recyclable materials. Their solar panels are designed to have a smaller carbon footprint compared to competitors, contributing to a greener and more sustainable future.
Are Panasonic Solar Panels Right for You?
When deciding if Panasonic solar panels are the best choice for you, it’s essential to consider factors such as budget, available roof space, and personal preferences. The high efficiency, reliability, and aesthetic appeal of Panasonic panels make them an excellent choice for many homeowners and businesses.
Panasonic solar panels offer numerous advantages, including high efficiency, durability, temperature performance, and aesthetic appeal. While they may be more expensive upfront, their long-term performance and comprehensive warranty make them a worthwhile investment for those seeking a reliable and sustainable energy solution.
Panasonic Solar Panel Provider
Go Solar WNY is a Panasonic solar panel provider. We believe in providing the best services and products possible. That is why we are proud to be a Panasonic solar panel provider.
Why Panasonic Panels? That’s a simple answer. It starts with their 25-Year TripleGuard Warranty. The TripleGuard warranty is comprised of three main parts: product, performance, and labor.
Panasonic AC Solar Panel Installation in Middleport, NY
Panasonic Solar products hold a 90.76% minimum power output guaranteed in year 25 (less than 10% performance degradation over 25 years).
The TripleGuard Warranty also covers panel and microinverter performance against defects from manufacturing, workmanship materials.
From a labor standpoint, the warranty covers repair or replacement of parts, components, microinverter, or entire panel, including labor shipping costs.
Beyond the warranty, the Panasonic product delivers sleek panel design, is an industry leader in terms of power conversion, and is all-weather durable and built to last.
Contact Go Solar WNY to learn more about the built-in benefits of Panasonic Solar Panels and be sure to ask about the added safety factor of using Panasonic AC panels on your family’s home.
“Congratulations to Mr. Neidlinger of Newfane, NY for realizing his dream this week. A high school and college-level Technology teacher, Bill designed and built this house with his own two hands and the help of his family in the early 90’s.
Bill later took a solar installation certification course to further his knowledge and understanding of Solar generated electricity.
We are honored that he selected Go Solar WNY to install his new Panasonic Solar panels. Another Go Solar WNY success!!”
Panasonic to end Tesla solar panel production at New York factory
Panasonic will stop making solar panels at Tesla’s New York factory as it pulls back from that market in the US, the company said Wednesday.
The Japanese electronics giant said it plans to leave the automaker’s so-called Gigafactory in Buffalo by September after halting US solar manufacturing operations by the end of May. The change will not affect Tesla’s operations at the plant, which produces panels for the company’s solar roof, according to Empire State Development, the state’s economic development agency.
Panasonic is severing solar ties with Tesla after reporting its first-ever quarterly profit at the Nevada factory where it makes batteries for Tesla’s electric cars. The two companies will continue their partnership there, Panasonic said.
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“The decision to transition away from US solar manufacturing in Buffalo aligns with our global solar strategy, our efforts to optimize development and production, and supports Tesla’s long-term plans to continue and expand its operations,” Shinichiro Nakajima, director of Panasonic’s energy system strategic business, said in a statement.
Panasonic said it will give its affected Buffalo employees a severance package, but added that Tesla plans to hire some of them to support its solar operations there. Neither company immediately said how many of those workers Tesla will hire. Panasonic has about 380 employees at the plant, source with knowledge of the situation said.
Panasonic’s withdrawal from Buffalo follows scrutiny of the factory that New York spent close to 450 billion to develop for SolarCity, the solar energy company Tesla acquired in 2016.
State Comptroller Thomas DiNapoli was auditing the project amid concerns about the slow pace of hiring at the factory, where Tesla had pledged to create at least 1,460 jobs in exchange for economic incentives. The state also wrote down the value of the plant by about 884 million last year, records show.
But Tesla has told state officials that it now has more than 1,500 jobs in Buffalo and more than 300 others across New York, Empire State Development chair Howard Zemsky said, adding that the agency will verify the company’s data.
“We understand that Panasonic has made a corporate decision to move away from global solar products, but this action has no bearing on Tesla’s current operations nor its commitment to Buffalo and New York State,” Zemsky said in a Tuesday statement.
Why How Do Panasonic Solar Panels Stand Out?
Panasonic is the pioneer of hetero-injunction (HIT) solar panel modules. The HIT module technology supplements the traditional crystalline cells with amorphous cells.
Panasonic solar panels feature a sandwich design, with the crystalline silicon layer sandwiched between two amorphous silicon layers. The amorphous layers reduce the heat and energy lost by the crystalline cells, making Panasonic solar panels more efficient than most other brands.
Will My Roof Warranty Be Voided With Solar? The Answer May Pleasantly Surprise You.
Panasonic also utilizes half-cut HIT technology in its EverVolt solar panels series. This new technology entails splicing the PV solar cells into two. Reducing PV cells’ size reduces their heat and energy loss, making the solar panels more efficient.
Overall, here is a brief overview of how Panasonic solar panels perform under the four quality assessment standards:
Efficiency
Solar panel efficiency is its ability to capture and convert sunlight into electrical energy. Efficiency is a crucial metric as it determines whether or not the solar panels will generate enough energy to satisfy your needs.
Panasonic solar panels’ efficiency ranges between 19.1% and 21.7%. In contrast, most other solar panels’ efficiency ranges between 14% and 18%. It is worth noting that solar panels with efficiency ratings above 20% are considered premium efficiency, and 22.6% is currently the highest efficiency rating.
Performance
Solar panel performance refers to how well it converts sunlight into electricity under extreme conditions. The assumption that solar panels’ energy production increases as the sun’s temperature and intensity increase is wrong. Instead, solar panels produce more energy when the sun shines at 250C (770F). Any fluctuation from this optimal temperature range reduces the solar panels’ energy production capacity.
Panasonic solar panels have the lowest temperature co-efficient, rated at.0.26. Their HIT solar technology also reduces their heat and energy loss.
Cost
Panasonic solar panel models and series vary. Overall, all Panasonic solar panels cost 5000.44 to 3.10 per watt. However, the actual price is lower when factoring in rebates and incentives, including the 26% federal tax credit on the price of solar panels. It is also essential to factor in installation and maintenance costs.
Most solar panels are designed to last for 10 and 30 years with the proper maintenance. and most manufacturers offer 12-year warranties. Ideally, Panasonic solar panels are designed to last for more than 25 years. Pana