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How much power yield can you really expect from your solar panels 10 years later. Maxeon solar cells

How much power yield can you really expect from your solar panels 10 years later. Maxeon solar cells

    The Sunpower Maxeon Solar Panels Set to Dominate 2022/23.

    Sunpower/ Maxeon has long been a name synonymous with solar module innovation, so much so that many will claim they produce the best modules available. However, the astute shopper you are delves a little deeper, posing the question “the best of what?”. With that remark, your way of thinking is commendable! Curious as to why such bias exists towards a solitary brand and not refined to a particular solar panel, you’ve found your way here. Reward your curiosity. Solar Analytica data reveals the Sunpower Maxeon solar panels set to dominate in 2022 and beyond.

    Performance Series, Maxeon 3, Maxeon 6, Maxeon Air.

    The 2022/23 crop of Sunpower Maxeon solar panels offer something for every prospective solar shopper. Harnessing technologically advanced designs in all formats, astute shoppers will undoubtedly see unrivalled value from one of the most respected solar panel innovators of our time.

    Weighing up what’s important, perhaps the best Sunpower/ Maxeon solar panel for your project isn’t the one at the top of the specification leaderboard. Your requirements are unique and deserve an ideal solution. Fortunately, the Sunpower/ Maxeon solar panels available for consideration in 2022 present themselves in 3 unique formats with distinct advantages ideal for the discerning buyer.

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    Performance 3: 81/100

    Any great technology often accompanies an increased cost. The Performance 3 series is the slightly less efficient Sunpower/ Maxeon solar panel option where project budget restraints are a likely barrier. The engineers at Sunpower Maxeon seem to love solar module designs free from front surface busbar obstructions, and shingled-cell solar module designs are another innovative way to achieve this. Due to the absence of busbars and an almost gapless cell formation, the result is a strikingly seamless visual appearance compared to traditional cell formations. Compromising slightly on efficiency, the Performance 3 Series offers Sunpower/ Maxeon industry-leading quality more accessible than ever for the most diverse project types.

    Model: Manufacturers model name. Output: Standard Test Conditions (STC) peak wattage range. Application: Manufacturers recommended application – Residential or Industry. Density: Maximum Power density per square meter at NOCT of the highest output module.

    Maxeon 3: 92/100

    Creating something marvellously efficient takes an impressive level of ingenuity. The Maxeon 3 is so remarkable in 2021/22 that even newer module types fail to exceed the 22.6% STC max module efficiency marker. A native Direct Current solar module, DC solar panels enjoy compatibility with most string and microinverter types, so you have the power to decide on how you will interact with your power supply. Three different Maxeon 3 variants exist within the range. Maxeon 3 (104-cell). ideal for most residential type installations. The Maxeon 3 (104-cell) BLK. an all-black module, is hard to ignore if aesthetic appeal and high performance are a requirement. While the Maxeon 3 (112-cell) is a mixed-use residential and industry option, supporting overall larger module dimensions to incorporate the additional cells. Expect the Sunpower Maxeon 3 to continue to dominate in 2022 through its outstanding energy density, where optimum space utilisation is critical.

    Model: Manufacturers model name. Output: Standard Test Conditions (STC) peak wattage range. Application: Manufacturers recommended application – Residential or Industry. Density: Maximum Power density per square meter at NOCT of the highest output module.

    Image; Sunpower Maxeon 5 follows a similar design to the Maxeon 3, yet uses a larger cell design for a slightly reduced efficiency.

    Maxeon 5: 92/100

    The beefed-up Maxeon 5 range is Sunpower/ Maxeon’s most durable solar module yet. A larger cell size than the Maxeon 3, efficiency is a minuscule 0.1% from being on parr. One particular limitation within the Maxeon 5 AC (60-cell) module will either make or break this module selection for most. This is an AC (Alternating Current) module with Enphase micro-inverters embedded on the module’s rear. A potential drawback that limits compatibility to the Enphase ecosystem only. That aside, it’s a pretty darn good ecosystem to be a part of as far as software and technology are concerned. The Maxeon 5 COM (72-cell) remains a DC (Direct Current) type solar module for commercial and industrial projects with varied inverter compatibilities. Expect the Sunpower Maxeon 5 to dominate as a combination of ultra-efficiency and as a complete all-in-one residential solution where extreme environments are present.

    Model: Manufacturers model name. Output: Standard Test Conditions (STC) peak wattage range. Application: Manufacturers recommended application – Residential or Industry. Density: Maximum Power density per square meter at NOCT of the highest output module.

    Maxeon 6: 92/100

    The latest generation of mainstream Sunpower Maxeon solar panels, the Maxeon 6, tones down the durability criteria of its predecessor ( Maxeon 5 ) yet improves on the aspect the Sunpower/ Maxeon brand is renowned for, industry-leading efficiency. As the world demands higher power output modules, gone are the days of 60-cell module designs with installers and designers now accustomed to larger format 66-cell panels. Therefore, the Sunpower Maxeon 6 presents in 2 distinct variants; a residential 66-cell module in an AC only format and a conventional 72-cell DC commercial module.

    Model: Manufacturers model name. Output: Standard Test Conditions (STC) peak wattage range. Application: Manufacturers recommended application – Residential or Industry. Density: Maximum Power density per square meter at NOCT of the highest output module.

    Maxeon Air:

    An exciting release by Sunpower/ Maxeon set to be introduced in 2022, the Maxeon Air encompasses a new generation of flexible module designs free from glass and aluminium. Less energy dense than the Maxeon 3 and Maxeon 5, the Maxeon Air will improve rooftop design drawbacks from mounting hardware, in turn improving the power density of the system as a whole. Watch this space! Subscribe now to be the first to know how the Sunpower Maxeon Air ranks in the Solar Analytica assessment Criteria (solar modules).

    OVERALL: 89/100

    With decades of admires in a similar Apple cult following manner, there’s no denying that people love the appeal of the Sunpower/ Maxeon module range. Boasting an elite spectra of solar module offerings, you’re going to have to be prepared to pay a little more than most. The astute shopper, you calculate the upside beyond hypothetical/ basic ROI (Return on Investment). likely (than other brands) to improve the value of your property, you’re investing in reliable energy production beyond the next 25-years. Which, we’re sure, makes that little extra at the point of sale a lot less when you’re energy supply operates seamlessly and is characteristically more sophisticated than your neighbour’s cheapy. If that’s not enough to get you all Sunpowered-up, don’t forget Sir David Attenborough’s stark message in 2021’s Breaking Boundaries – The Science of our Planet Film (recommended viewing!). The planet as we know it is at a tipping point. Abandoning a throwaway society is one step to ensure humanity continues (i.e., you and your children have a non-toxic planetary place to call home). If reliable, clean energy with less waste is the path forward, Sunpower Maxeon solar panels are an intelligent investment towards one of the most technologically advanced module offerings, no matter your preference.

    LIVE POLL: Which Sunpower Maxeon solar panels are you considering?

    Intrigued by public opinion? It takes 1-second to anonymously discover the most popular Sunpower/Maxeon solar panels like-minded people are researching globally with Solar Analytica Polls;

    Is there a sub-category value that requires an amendment? Submit an amendment request using the Amendment request form. General product questions should be made using the Комментарии и мнения владельцев section at the bottom of this post (keep scrolling).

    • Sunpower Maxeon Performance 3.
    • Sunpower Maxeon 3.
    • Sunpower Maxeon 6.
    • Sunpower Maxeon Air. (coming soon – subscribe)

    How much power yield can you really expect from your solar panels 10 years later?

    When Next Hydraulics planned the design and construction of their second production plant in 2008, their goal was to make the building energy self-sufficient.

    The company designs and manufactures mobile lifting equipment for the global market and is based in Boretto, Italy. As early adopters of clean power generation on an industrial site, they sought a system that could convert sunlight to usable electricity and offer some level of autonomy from the energy distributed through the grid.

    The result was the installation of a photovoltaic (PV) system comprising 481 SunPower Maxeon rooftop solar panels. And according to the company, the system continues to produce a higher energy yield 14 years later than initially estimated.

    Dependable solar panel performance over time

    It had long been a priority of Next Hydraulics CEO Oreste Masetti to invest in clean energy and a system that would produce as much peak power as possible and dependable performance over time.

    Like any industrial equipment, installing a PV system is a major investment and should deliver savings. Hence reliability and energy yield of solar panels are essential deciding factors.

    To achieve their vision, Next Hydraulics engaged the services of Project Group, an expert in installing residential and industrial photovoltaic systems since 2006. A SunPower Premier Partner, Project Group has installed more than 400 industrial PV systems, attesting to the quality of SunPower Maxeon modules in the field.

    Higher-than-expected energy outputs

    At the Next Hydraulics production site, 481 SunPower Maxeon panels were installed on a surface area of 742 sqm. The system design took advantage of every available space in the roof pitches with southern exposure.

    Using SunPower Maxeon modules allowed Project Group to install 108 kWp in total, about 30% more than the conventional technology available at the time, using the same space.

    According to Next Hydraulics, the modules have produced an average of 1204 kWh/kWp in the last five years. This is higher than what the modules produced in their first years following installation. Not one single module has been replaced since the panels were installed in 2008.

    Yearly output of the SunPower solar installation on Next Hydraulics rooftop over a decade.

    much, power, yield, really, expect, your

    Solar energy contributes to more predictable production costs

    Minimal maintenance of the panels and a continuous power supply are critical to Next Hydraulics’ operations, which rely on automatic painting equipment running nonstop inside the production plant.

    According to the company, the solar system benefits production for two reasons: it guarantees an autonomous energy supply for round-the-clock operations and using PV-generated energy allows for stable and predictable production costs.

    For Next Hydraulics, the choice to invest in photovoltaics in 2008 was an economic and ecological decision. The constant solar power output over time has resulted in more significant payback from the panels and, therefore, reduced energy costs. And the move to clean energy generation aligns with the company’s vision to reduce its impact on the environment.

    Thanks to the superior performance in terms of yield and energy efficiency of SunPower panels compared to competing products, we were able to achieve our goal. I would advise other company directors to invest in a PV system for every newly constructed building and whenever work is done on existing buildings for renovations, re-roofing, [or] energy upgrades. This move toward a more sustainable future allows us to reduce energy costs and be as self-sufficient as possible.

    Maxeon Solar Technologies

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    About Maxeon Solar Technologies

    Maxeon Solar Technologies designs, manufactures, and sells SunPower-branded solar panels that provide maximum flexibility to address energy needs. The company was founded in 2019 and is based in Singapore.

    Headquarters Location

    8 Marina Boulevard #05-02 Marina Bay Financial Centre

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    Expert Collections containing Maxeon Solar Technologies

    Expert Collections are analyst-curated lists that highlight the companies you need to know in the most important technology spaces.

    Maxeon Solar Technologies is included in 2 Expert Collections, including Renewable Energy.

    Renewable Energy

    This collection contains upstream and downstream solar companies, as well as those who manufacture and sell products that are powered by solar technology.

    Semiconductors, Chips, and Advanced Electronics

    Companies in this collection develop everything from microprocessors to flash memory, integrated circuits specifically for quantum computing and artificial intelligence to OLED for displays, massive production fabs to circuit design firms, and everything in between.

    Maxeon Solar Technologies Patents

    Maxeon Solar Technologies has filed 12 patents.

    The 3 most popular patent topics include:

    Photovoltaics, Solar cells, Capacitors, Energy conversion, Semiconductor devices

    Photovoltaics, Solar cells, Capacitors, Energy conversion, Semiconductor devices

    Latest Maxeon Solar Technologies News

    San Jose, California, UNITED STATES SAN JOSE, Calif., June 21, 2023 (GLOBE NEWSWIRE).- Zscaler, Inc. (NASDAQ: ZS), the leader in Cloud security, today announced that Maxeon Solar Technologies, Ltd., a global leader in solar cell and panel manufacturing with sales operations in over 100 countries, is leveraging the Zscaler Zero Trust Exchange™ Cloud security platform to deliver seamless, secure access for its workforce and to accelerate its digital transformation initiatives. Stemming from its divestiture from SunPower Corporation, a U.S.-based leading distributed generation storage and energy services provider, Maxeon required a future-ready integrated security services edge (SSE) platform to provide secure, direct access to critical business applications for its 5,000 global employees and seamlessly add new security services as their organization scaled. “First and foremost, we had to make sure Maxeon maintained business continuity while ensuring our employees, applications and data remained secure. While we evaluated several big-name vendors, Zscaler came out as a clear winner because of its proven capabilities and position as a Leader in the Gartner Magic Quadrant for 11 consecutive years,” said Stephen Gani, Chief Information Security Officer at Maxeon. “The divestiture was in progress during the pandemic, so our immediate concern was protecting our sensitive data and employees who were working from a variety of remote locations from the growing set of sophisticated threats – ransomware, zero-day malware, and other advanced attacks.” As its initial steps in its zero trust and SSE journey, Maxeon deployed Zscaler Internet Access™ solution for fast direct-to-Cloud web access, inline traffic inspection, and security that moves with users, regardless of where they work. The team also added Zscaler Cloud Data Loss Prevention™ solution into its security stack to gain visibility into data across all internet and encrypted SSL traffic and to enable data discovery across users, applications, content types, and file types. To help ensure an optimal user experience regardless of location, Maxeon also implemented Zscaler Digital Experience™ solution, an integrated service in the Zscaler Zero Trust Exchange, across its global offices. With Zscaler Digital Experience, Maxeon’s IT team was able to quickly diagnose and remediate quality of service issues between users and applications at speed to maintain a seamless user experience and ensure business continuity. With the portfolio of solutions on hand, Maxeon enabled safe and reliable access to the web and SaaS apps post-divestiture, eliminating the need for a high-maintenance data center and associated costs, as well as improving and securing the user experience for its global workforce of 5,000. “Balancing cybersecurity, employee experience and cost efficiencies remains a challenge for most organizations. With a growing list of products and solutions available in the market, it can be a daunting task for IT teams to decipher what they truly need and implement the right solutions to achieve this balancing act,” shared Scott Robertson, Senior Vice President, Asia Pacific Japan at Zscaler. “It becomes pertinent for organizations to choose a partner that can help them navigate and implement a robust and seamless security architecture. We are especially delighted to support a company like Maxeon in achieving its workforce modernization and security transformation goals. We look forward to our continued partnership with the team as they continue to optimize their security infrastructure.” Watch the keynote and breakout session from our annual Zenith Live summit in Las Vegas here to learn more about how Zscaler is helping companies secure their workforce and digital transformation journeys. About Maxeon Solar Technologies Maxeon Solar Technologies (NASDAQ: MAXN) is Powering Positive Change™. Headquartered in Singapore, Maxeon designs and manufactures Maxeon® and SunPower® brand solar panels, and has sales operations in more than 100 countries, operating under the SunPower brand in certain countries outside the United States. The company is a leader in solar innovation with access to over 1,000 patents and two best-in-class solar panel product lines. Maxeon products span the global rooftop and solar power plant markets through a network of more than 1,400 trusted partners and distributors. A pioneer in sustainable solar manufacturing, Maxeon leverages a 35-year history in the solar industry and numerous awards for its technology. For more information about how Maxeon is Powering Positive Change™ visit us at on LinkedIn and on @maxeonsolar. About Zscaler Zscaler (NASDAQ: ZS) accelerates digital transformation so customers can be more agile, efficient, resilient, and secure. The Zscaler Zero Trust Exchange™ platform protects thousands of customers from cyberattacks and data loss by securely connecting users, devices, and applications in any location. Distributed across more than 150 data centers globally, the SSE-based Zero Trust Exchange™ is the world’s largest in-line Cloud security platform. Zscaler™ and the other trademarks listed at are either (i) registered trademarks or service marks or (ii) trademarks or service marks of Zscaler, Inc. in the United States and/or other countries. Any other trademarks are the properties of their respective owners. Media Contact:

    Maxeon Solar Technologies Frequently Asked Questions (FAQ)

    • When was Maxeon Solar Technologies founded? Maxeon Solar Technologies was founded in 2019.
    • What is Maxeon Solar Technologies’s latest funding round? Maxeon Solar Technologies’s latest funding round is Corporate Minority. P2P. II.
    • How much did Maxeon Solar Technologies raise? Maxeon Solar Technologies raised a total of 325M.
    • Who are the investors of Maxeon Solar Technologies? Investors of Maxeon Solar Technologies include Tianjin Zhonghuan Semiconductor and SunPower.
    • Who are Maxeon Solar Technologies’s competitors? Competitors of Maxeon Solar Technologies include Pacific Integrated Energy and 5 more.

    Compare Maxeon Solar Technologies to Competitors

    Photon Synergy is developing nano solar technology and silicon nanocrystals

    SUNRGI is in the business of designing and developing solar energy systems. It was formed by five, experienced, entrepreneurial, inventive individuals with the goal of creating a renewable energy source that would be available at fossil fuel prices. Its work has led to the development of an entirely new solar energy category: Xtreme Concentrated Photovoltaics or XCPV. SUNRGI maintains offices in Reno, Silicon Valley and Los Angeles.n

    BrightSource Energy designs, develops, and deploys solar thermal technology to produce high-value electricity and steam for power, petroleum, and industrial-process markets worldwide. BrightSourcea’s LPT solar thermal system is designed to minimize impact to the environment and help customers reduce their dependence on fossil fuels.

    Sener provides engineering services. The company develops testing and analysis of electromechanical components and systems, antennas, navigation systems, communications, astronomy, and optics systems. It serves aerospace engineering, power, oil and gas, and marine engineering. Sener was founded in 1956 and is based in Getxo, Spain.

    VirgoStar Solar Inc, a Nevada Corporation located in Las Vegas, Nevada, seeks to make a positive difference on the company’s planet by providing clean, renewable solar energy via the company’s Solar Pyramid plant. The company plans to establish a more efficient type of a solar energy thermal plant, a Solar Pyramid, that will incorporate multiple technologies for providing clean energy by utilizing processes.

    NEP SOLAR is an Australian developer and supplier of concentrating solar thermal energy collection systems. The company’s current product, the PolyTrough 1200, is a parabolic trough collector designed for solar process heat generation (120. 220°C) mainly for industrial hot water, industrial process steam, absorption cooling and power generation applications.

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    Shopping for Solar? Here’s how to make the most sustainable choice for your home

    Choosing to go solar is one of the most environmentally responsible decisions you can make. The sustainable benefits of reducing carbon emissions and enjoying energy independence are well known. But are all solar technologies the same when it comes to their environmental footprint?

    To understand a solar panel’s true impact on the earth, we have to look at its entire product lifecycle: from extraction of raw materials to manufacturing, transportation, use and disposal at the end of its life. One way to measure this lifecycle approach is to look at the “Energy Payback Time” (EPBT).

    While the acronym EPBT may seem like alphabet soup, don’t let that deter you. Knowing how much energy a solar panel uses – and produces – during its warrantied lifetime is one way to compare different solar technologies on an apples-to-apples basis.

    What is Energy Payback Time?

    Simply stated, EPBT indicates the time period required for a renewable energy system to generate the same amount of energy that was used to produce and utilize the system itself. (It is different from economic payback time, which indicates how long your investment will take to pay for itself).

    EPBT is typically expressed as the number of years it will take to “pay back” the energy a solar energy system uses over its lifetime. Because it considers the entire lifecycle of the solar panel, EPBT is a highly regarded measure of a solar panel’s impact on the planet.

    New Independent Study Shows Maxeon 3 Excels on EPBT

    When it comes to comparing solar panels on EPBT, there are some fairly big differences, according to a new independent study from Fraunhofer Institute for Solar Energy Systems (ISE). For example, an 8 kWp residential rooftop system with Maxeon 3 modules installed in France showed an EPBT 28% lower when compared to a system with PERC technology – the mainstream technology available today.

    This means it took 28% less time to “pay back” the energy used over the system’s lifetime compared with the alternative. The system with Maxeon 3 panels earned its EPBT advantage mainly thanks to Maxeon 3 panel’s higher efficiency as well as the lower energy demand in producing the panel itself. The search for the panel’s energy sobriety began right from the design of the panel.

    Researchers found that the energy required to produce Maxeon solar panels, when including recycling gains, can be offset by the amount of energy they produce in 3 months to less than a year.

    After the first months, a Maxeon solar panel returns positive environmental benefits for 39 years or more, especially when considering that Maxeon technology has the potential to perform beyond the panel’s industry-leading 40-year warranty.1 The 40-year warranty applies to residential systems.

    The EBPT was assessed following the framework and recommendations of the International Energy Agency (IEA) PVPS 12 ‘Methodology Guidelines for LCA on PV’.2 Frischknecht, R., Stolz, P., Krebs, L., Wild-Scholten, M. de and Parikhit Sinha (2020) Life Cycle Inventories and Life Cycle Assessment of Photovoltaic Systems, 2020 Task 12 PV Sustainability: Report IEA-PVPS T12-19:2020.

    Ask your installer about the product lifecyle and sustainability of your future panels

    When shopping for solar, it’s important to consider all the actions taken by the manufacturer to deliver the system to your door, from the materials in the solar panels to their eventual disposal many years later. Just as you look at the composition of food products or cosmetics and how their packaging may be recycling (or not), ask your installer what your panels are made of, and whether they can be recycled at the end of life.

    Maxeon panels go through the rigorous evaluation of the Cradle-to-Cradle institute in the areas of material health, material reutilization, renewable energy and carbon management, water stewardship, and social fairness and are certified Silver. All ingredients used in its composition are listed and registered under the Declare Label. This supports recycling and prevents used panels from going to landfills. We work at a local level with recycling experts in the countries we operate.

    In the race against climate change, individual actions can help make concrete progress, step by step. When it comes to energy, it is imperative to ensure that the solar panels you choose are as sustainable as the energy they generate.

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