11 Best Solar Panel Brands Used for Industrial Processes

A solar panel comprises multiple solar cells, known as photovoltaic cells, that harness the photovoltaic effect to produce electricity. Solar panels are photovoltaic devices that absorb solar radiation and convert it into electrical or thermal energy.

Solar energy has revolutionized the industrial sector, offering a sustainable and cost-effective solution to conventional electricity sources. The best solar panels for industrial use are those made by reputable brands that offer high efficiency, lasting durability, and comprehensive warranties.

Top brands such as Sunpower, Trina Solar, and First Solar manufacture panels that maximize power generation and withstand the rigors of industrial environments. Industrial-grade solar panels typically have a high conversion efficiency, meaning they convert a greater percentage of sunlight into electricity.

Monocrystalline panels are preferred for industrial use due to their high efficiency and performance. However, in many cases, polycrystalline offers a cheaper alternative for applications like solar farms, where space is not limited. Polycrystalline panels are less efficient but less costly, making them ideal for scaled industrial uses.

Despite the initial investment, solar panels help industries save on energy costs while enhancing their public image and attracting environmentally conscious investors. By producing large amounts of clean, renewable energy, various industrial sectors greatly reduce their carbon footprint.

The eleven best solar brands used for industrial processes are listed below.

• Sunpower: SunPower, headquartered in Silicon Valley since 1985, is the only U.S.-based solar company with a longer history than its 25-year warranty, and it has been in business for nearly four decades.
• First Solar: First Solar is a leader in cutting-edge thin-film photovoltaic (PV) modules, which are superior to conventional crystalline silicon (c-Si) PV panels in terms of efficiency and environmental impact.
• Trina Solar: Trina Solar is dedicated to developing cutting-edge solar energy solutions and easing the shift to zero-energy grids, focusing on globalization as a core business strategy.
• QCells: Panels from QCells are capable of delivering up to 405 volts per panel, which is an impressive amount of energy.
• Jinko Solar: Jinko Solar is a leading global manufacturer known for its economically viable and dependable solar panels, particularly the Tiger NEO series, which uses high-performance N-type cells.
• Canadian Solar: Canadian Solar's corporate headquarters are located in Guelph, Ontario, Canada, and they operate a 500 MW manufacturing facility in the same country.
• Rec Solar: The Alpha Pure-R, Alpha Pure, N-Peak 2, and Twinpeak 4 series of solar panels are offered by REC Group as part of a diverse solar panel selection.
• Ja Solar: The Chinese company JA Solar is the world's leading solar panel producer by volume.
• Longi Solar: The Chinese solar panel manufacturer Longi Solar is the industry leader. They are the world's largest manufacturer of monosilicon solar panels.
• LG Solar: LG's solar panels are among the best on the market because their efficiency is higher than the 22.8% record for solar panels.
• Risen Energy: Risen Energy Co., Ltd., founded in 1986, started making solar panels in 2002. Public since 2010, it trades on the Shenzhen Stock Exchange. Risen Energy's 60% debt ratio during the last decade makes it bankable for large-scale solar projects, despite expansion.

1. Sunpower

SunPower offers comprehensive industrial solutions accompanied by dedicated customer support and an industry-leading warranty. SunPower is the sole U.S.-based solar company with a longer history than its 25-year warranty. It has been headquartered in Silicon Valley since 1985 and has nearly four decades of solar experience. Their diverse portfolio encompasses top-tier residential, industrial, and solar storage solutions, featuring the world's most efficient solar panels utilizing SunPower® Maxeon® cell technology. SunPower boasts a significant record of over 1,000 patents in solar innovation and is renowned for solar sustainability and social responsibility.

SunPower provides a range of solar panel series, namely the M Series, X Series, and U Series. The M Series, produced by Maxeon Solar Technologies, exhibits superior output and efficiency within SunPower's product range, albeit at a higher cost. The product provides a range of power output options, specifically from 420W to 440W. It incorporates n-type, monocrystalline, half-cut solar cells, contributing to enhanced efficiency and minimizing heat dissipation. The X Series, produced by Maxeon, offers a marginally reduced power output and cost, featuring choices of 360W and 370W. The U Series, manufactured by SunPower in collaboration with Aptos Solar Technology and potentially Waaree, provides affordable alternatives in terms of budget. There is currently limited availability of detailed performance metrics for this product.

The efficiency of SunPower panels falls within the range of 21.7% to 22.8% (excluding the U Series), positioning them as highly efficient solar panels that are among the most effective options currently on the commercial market. Their M Series 440W panels have the highest efficiency rating among all home solar panels available on the Marketplace. Most SunPower systems fall within the price range of $3.48 to $4.10 per watt, which positions them towards the higher end of the spectrum for residential solar panels listed on the EnergySage Marketplace.

SunPower receives an average rating of 4.7 out of 5 stars from customers. Reviewers state that SunPower has the best panels available in all 50 states. It offers flexible financing, lease options, and excellent warranty coverage.

2. First Solar

First Solar is a prominent American solar technology firm established in 1999 and a global supplier of environmentally responsible, eco-efficient solar modules dedicated to combating climate change. It is the sole company headquartered in the United States and operates independently from manufacturing facilities in China, setting itself apart from the top ten solar manufacturers globally. First Solar specializes in advanced thin-film photovoltaic (PV) modules, offering a cutting-edge, high-performance, and lower-carbon alternative to traditional crystalline silicon (c-Si) PV panels.

First Solar’s products include Series 7 and 6. Series 7 modules combine First Solar's thin-film cadmium telluride (CadTel) technology with a larger size and new back rail mounting technique. Utility-scale photovoltaic (PV) projects benefit from increased efficiency, faster installation, and superior long-term energy performance. Designing the Series 7 modules was a collaborative effort between EPCs and structural and component suppliers. These modules have been streamlined for form and function. The Series 7 T1 photovoltaic module is only made in the US for use in utility-scale applications. Such a module is appropriate for large-scale applications since it considerably increases energy production over its lifespan. The series 7 has up to 19.7% efficiency.

The Series 6 modules incorporate an advanced design that has been optimized to enhance performance at each stage of your application. The optimization leads to notable reductions in the balance of system, shipping, and operating costs. First Solar's frame design incorporates a nested stacking feature, which optimizes the efficiency of shipping and handling processes. The series 6 has up to 19.0% efficiency. First Solar receives an average rating of 3.0 out of 5 stars from TrustAnalytica.

3. Trina Solar

Trina Solar Co., Ltd. was established in 1997 and focused primarily on PV products, PV systems, and smart energy solutions. Their PV product portfolio consists of PV module research and development, production, and sales. The PV systems segment consists of power stations and system products, whereas the smart energy segment focuses on PV power generation, operation and maintenance, energy storage solutions, smart microgrids, and the development and sale of multi-energy systems. Trina Solar is committed to innovating intelligent solar energy solutions and facilitating the transition to net-zero power systems, with globalization as its central business strategy.

The company has attracted management and R&D talent of the highest caliber from over sixty countries and regions in recent years. They have offices or subsidiaries in Madrid, Mexico, Rome, and other cities in addition to regional headquarters in Zurich, Fremont (Silicon Valley), Miami, Tokyo, Singapore, and Dubai. Trina Solar operates manufacturing facilities in Thailand and Vietnam and has a global presence in more than 160 nations and territories. Trina Solar's cumulative shipments of PV modules surpassed 150GW, which is equivalent to planting 11 billion trees worldwide as of the first half of 2023. The capacity of their grid-connected solar power facilities exceeded 10 gigawatts.

Trina Solar provides a standard 12-year manufacturer's product warranty that protects against defects for the first 12 years, as well as a 25-year performance warranty that guarantees an output rating of at least 84% after 25 years of use. The Vertex and Vertex S panels come with a 15-year product warranty that is extended to 25 years, whereas the Vertex S+ panels come with a 25-year product warranty and a 30-year performance warranty. Trina Solar has numerous support and service facilities around the world, with the US service office being located in San Jose, California.

The cost of Trina Solar Panels varies based on multiple factors such as location, choice of inverter brand, and the installer selected. Trina Solar offers solar panels priced between $2.31 and $3.39 per watt. Installation by a reputable installer from Solar Choice's network, the STC rebate, and GST expect indicative costs of around $5,282 for a 6kW system, $8,687 for an 8kW system, and $11,244 for a 10kW system on average, including a full turnkey solar system with Trina Solar Panels. These figures serve as a general guide, and actual prices differ depending on the specific circumstances of the installation. Trina Solar receives 4.65 out of 5 stars from its customers who have installed the panels, with a common theme amongst reviewers that Trina panels perform exceptionally well.

4. Qcells

Qcells, a prominent solar panel manufacturer and well-recognized brand in the solar industry is one of the world's largest solar companies. Their solar panels are frequently featured in quotes for solar installations, catering to both consumer and commercial applications. Qcells boasts impressive power capacity, with panels capable of delivering up to 405 watts per panel. Notably, they offer two distinct solar panel products: the Q. Tron Solar Panels and the Q. Antum Duo Z Solar Panels, each employing different cutting-edge technologies to meet varying energy needs.

Q.TRON solar panels are Q Cells' most efficient. They are efficient N-type solar panels that are ideal for residential rooftops and smaller industrial structures. Q Cells guarantees 10% higher energy outputs than other solar products with their 25-year warranty and Q.TRON technology. Qcells' most advanced cell technology, Antum Duo Z, allows solar cell connectivity without gaps between cell rows. Zero-gap connections boost electricity generation. Their Q.Antum technology complements this to provide a greener, cheaper electricity alternative. Qcells is a top PV panel producer with 20.6% efficiency. It is lower than some industry leaders but still excellent. These panels still produce 93.5% of their original power output after 10 years and 86% after 25 years.

The solar panel systems offered by Qcells have a price range of $2.32 to $3.16 per watt, resulting in a total cost of $14,500 to $17,500 for residential applications. Q Cells panels are a highly recommended option due to their exceptional performance and reliability in the field of solar energy generation. These solar panels optimize the utilization of your solar power system while maintaining cost-effectiveness with an efficiency range spanning from approximately 18% to 20.6%.

Users expect to receive solar panels constructed using high-quality materials and offer exceptional performance by selecting a Q Cells solar panel. The Qcells warranty provides coverage for 12 to 25 years, contingent upon the particular panel type. It serves as a definitive indication of the company's strong belief in the extended lifespan and robustness of its panels.

Q Cells receives 4.75 out of 5 stars from its reviews, indicating high customer satisfaction.

5. Jinko solar

Jinko Solar is presently recognized as the leading global manufacturer of solar panels, boasting a commendable history of producing economically viable and dependable solar panels suitable for homes and commercial purposes. Jinko Solar has established itself as a leading player in the research and development sector of the solar industry, due to its numerous breakthroughs in solar cell efficiency and innovative solutions. The company is currently spearheading the adoption of cost-effective, high-performance N-type cells through the utilization of the flagship Tiger NEO series panels.

Jinko Solar became the world's largest solar panel manufacturer in 2016 after being launched in 2006. The company has led global shipments for six years, shipping 14.3 GW in 2019. China-based Jinko Solar is a massive, vertically integrated firm with over 15,000 employees in 70 countries and factories in China, Malaysia, and the US.

Jinko Solar's success appears to be attributed to R&D, performance testing, quality control, and rigorous durability testing. The many efficiency records and consistent ‘top score’ results from multiple independent testing companies, including the well-known PVEL scorecards, demonstrate this. Jinko Solar was not adventurous until recently, launching panels using known cell architectures like P-type PERC and half-cut cells.

Jinko recently published a 2023 product warranty document on April 1st, which provides comprehensive details regarding the warranty duration for all currently offered modules. The warranty duration for the majority of Tiger N-type, NEO, and Pro panels is either 12 or 15 years, while a few specific models have a warranty period of 25 years.

Jinko, a leading PV manufacturer, makes solar panels for home, commercial, and utility-scale use. They customize panel designs for MW-scale installations. The Jinko panel lineup includes the Cheetah panels, which are compact and cost-effective; the Tiger series, which offers compact, mid- to high-performance options; the Tiger Pro series, which offers large, mid- to high-performance panels; and the Tiger Neo series, which offers high-performance panels for residential, commercial, and utility-scale systems Solar installers promote Jinko Solar's affordable entry-level panels. Jinko's Tiger series uses high-purity N-type cells instead of mono PERC cells with P-type silicon for high-performance alternatives. Jinko and Trina Solar are investigating cost-effective ways to enhance panel efficiency utilizing N-type cells, a domain formerly dominated by premium panel makers like SunPower, Panasonic, and REC.

A photovoltaic system with a power output of 6.6 kilowatts (kW), consisting of 20 Jinko solar panels with a power rating of 330 watts (W) each and a Growatt inverter with a power rating of 5 kW, is estimated to have a price of approximately $4000 for a typical installation in the US. The cost is expected to be around $5100 if a Fronius inverter is chosen instead. The cost of regional installations and installations that deviate from standard properties will be subject to variation based on the specific specifications of each property.

Jinko is a prominent corporation with robust research and development (R&D) capabilities. The most recent "Tiger" panels developed by the company exhibit exceptional efficiency, reaching up to 22.53%. It is worth noting that any efficiency rating surpassing 21% is considered to be at the forefront of the industry. Jinko Solar receives a 4.7 out of 5 stars based on thousands of reviewers, though some claim that the panels seem very sensitive to the impact of shade.

6. Canadian Solar

Canadian Solar Incorporated is a prominent player in the global solar module manufacturing industry, ranking among the top five manufacturers. Their annual production capacity stood at approximately 31 gigawatts (GW) as of late 2022.

The company's corporate headquarters is situated in Guelph, Ontario, Canada, while it operates a manufacturing facility with a capacity of 500 MW within the country. However, a significant portion of Canada's module manufacturing is outsourced to China. Canadian Solar operates manufacturing facilities in China, Canada, Indonesia, Vietnam, and Brazil for the production of diverse solar materials.

Canadian Solar was established in 2001 by Dr. Shawn Qu, positioning it as a well-established solar manufacturer with a significant tenure in the industry. It has experienced significant expansion, resulting in the employment of a substantial workforce spanning multiple continents. The company exhibits partial vertical integration by engaging in the production of solar panels, known as modules, as well as manufacturing certain components such as raw silicon ingots, wafers, and solar cells that are utilized in the assembly of these panels.

The HiKu home solar modules manufactured by Canadian Solar provide a diverse selection of options to meet the specific requirements of residential solar installations. The product line includes a foundational HiKu model that incorporates both polycrystalline and monocrystalline cells.

These models are distinguished by specific model numbers, such as CS3L-360P for the 360-watt polycrystalline module and CS3L-360MS for the 360-watt monocrystalline module. Monocrystalline modules are a highly space-efficient option that offers superior efficiency, capable of achieving up to 20.8% efficiency and generating a maximum power output of 385 watts within a compact footprint.

It makes them particularly well-suited for installations in regions where roof space is limited. Canadian Solar offers the All-Black HiKu variant, which caters to individuals who prioritize all-black aesthetics. The version has a slightly lower efficiency due to its non-reflective black back sheet.

A more recent version called HiKu6 was unveiled in 2022. It includes model numbers such as CS6R-420MS, which refers to modules with a power output of 420 watts and 108 half-cut monocrystalline PERC cells. These modules are available with either standard frames and white backsheets or All-Black versions. The All-Black versions have power outputs ranging from 380 to 405 watts, providing options that cater to various efficiency requirements.

The modules within the HiDM line are accompanied by warranties that cover the product and the production aspects. Customers receive protection against any instances of material or workmanship defects for a duration of 15 years following the installation according to the terms of the product warranty.

The HiDM panels are guaranteed to maintain a minimum output of 97.5% of their initial nameplate rating within the first year based on the production warranty. The power output decreases at a maximum rate of 0.6% per year until the conclusion of the 25th year. The warranty durations mentioned are within the industry standard, with the 15-year product warranty being slightly superior to the typical 12-year warranty provided by most Tier 1 manufacturers.

The HiKu and HiDM solar panels manufactured by Canadian Solar are priced competitively within the range of Tier 1 solar panels. The estimated cost range for a standard 6 kW solar system utilizing the specified products is approximately $17,000 to $20,000, taking into account the prevailing nationwide prices of solar panels.

The cost of the solar system is subject to variation depending on factors such as the size of the system, geographical location, roof complexity, and the presence of solar incentives and rebates. Canadian Solar Inc. receives an average rating of 4.8 out of 5 stars. Reviewers generally find the 25-year warranty very reassuring and trust Canadian Solar as a company.

7. REC Solar

REC Group, founded in Norway in 1996 and based in Singapore, stands as Europe's largest solar panel manufacturer, with a global presence encompassing Europe, the United States, Asia, and Australia. REC has gained recognition for its innovative introduction of half-cut cell technology in 2014, significantly enhancing the efficiency and performance of solar panels by dividing solar cells in half. Renewable Energy Corporation (REC) unveiled its latest line of solar panels in 2022, the Alpha Pure-R, further expanding its product range.

The company now offers a comprehensive selection of high-power solar modules tailored for residential use, featuring series like Alpha Pure-R, Alpha Pure, N-Peak 2, and Twinpeak 4. REC solar panels have witnessed a surge in popularity and are prominently featured and chosen on platforms such as the EnergySage Marketplace.

REC provides a diverse range of high-quality solar panels designed for residential and commercial applications, focusing on their high-power Alpha Pure and Alpha Pure-R series. These panels are monocrystalline, ensuring increased efficiency and better performance during temperature variations.

The N-Peak 2 panels utilize phosphorus-based n-type silicon, while the Twinpeak 4 series relies on boron-based p-type silicon. The Alpha series stands out with even higher power output, employing heterojunction (HJT) solar cell technology, renowned for its superior power density, efficiency, performance, and extended lifespan. The "pure" designation signifies that these panels are lead-free, contributing to a reduced carbon footprint and non-toxic recyclability.

REC Group offers a diverse portfolio of solar panels, encompassing their Alpha Pure-R, Alpha Pure, N-Peak 2, and Twinpeak 4 series. These panels exhibit efficiency levels ranging from 19.1% to 22.3% and are backed by a robust materials and performance warranty lasting up to 25 years.

REC solar panels are competitively priced on the EnergySage Marketplace, falling within the range of $2.50 to $3.46 per watt, which translates to an estimated cost of $15,000 to $20,760 for a 6 kW solar system, excluding potential federal solar tax credits. REC receives an average rating of 4.8 out of 5 stars, with many solar consumers believing REC to be the best industrial solar panel brand on the market.

8. JA Solar

JA Solar is a brand recognized for its excellence by reputable authorities in the solar industry, holding a prominent position as a leading Chinese manufacturer in the global solar panel market. JA Solar operates an office in the United States, ensuring local customers have convenient access to a team for prompt support with any issues that arise. Their panels are particularly well-suited for installation in various locations across the US, including coastal areas, due to their resistance to salt mist corrosion.

The conversion efficiencies of JA Solar panels available in the US market are competitive, with models like their 420W Deep Blue 3.0 Light monocrystalline module achieving 21.3% efficiency and their 440W Deep Blue 3.0 Pro monocrystalline module reaching up to 22% efficiency. These efficiency rates are commendable for solar panels in their price range. Additionally, the temperature coefficient for these JA Solar panel models is -0.35%/°C, indicating their performance reliability under varying temperatures.

JA Solar's Deep Blue panels, which come with a 25-year product warranty, reflect the company's commitment to quality and customer satisfaction. This warranty duration is significant, as it marks a shift from the previously common 12-year warranty for panels in a similar price range. To stay competitive, JA Solar and other companies now offer extended 25-year product warranties. With a cost of approximately $1.90 per watt, JA Solar panels are more affordable than many of their direct competitors and highly regarded by consumers.

9. Longi Solar

Longi Solar is a Chinese solar panel producer that ranks first in the globe. They only make monosilicon panels and is the world's largest mono-silicon solar panel company. Its panels have a product warranty of 12, 15, or 25 years determined by the model.

Gigawatts of solar panels' worth of mono silicon were manufactured by Longi in 2007, which was started in 2000. It was lower in 2007 because silicon ingots were still cut into thicker "toast" slices rather than thinner "sandwich" loaves. Today, only 10 grams of silicon are used for solar cells because modern ingots are so thin. Longi provided 2.5 GW of silicon wafers in 2014, which are thin slices of silicon ingot used in the production of solar cells. Longi acquired Lerri Solar in 2014 to switch production from silicon ingots and wafers to solar panels.

Longi Solar took over production of solar panels from Lerri Solar in early 2017, a company that had been in business since 2007. Longi has put off a rebranding effort until they are sure their solar panels are reliable. Longi grew dramatically, and such a trend has continued from 2014 to 2016.

The cost of Longi solar panels in the United States is competitive, offering a selection of affordable Longi solar panels ranging in price from approximately $120 to $160. The price is determined by the power output, efficiency, warranty, and other considerations. Longi Solar receives positive feedback from customers, with online reviewers stating that Longi Solar panels look great, are energy efficient, and come with a great warranty.

10. LG Solar

LG Solar, a division of LG, made high-quality tier-1 solar panels until recently when they announced they were ceasing their PV manufacturing business. The total production capacity of LG is unknown. However, the company produced 2 gigawatts of panels in 2017. LG Solar is still a major participant in the premium panel industry, with only 23% of what world leader Jinko generated in the same year. LG confirmed its solar panel withdrawal on February 23, 2022. LG Solar is a division of LG Electronics, which is a division of the South Korean company LG, formerly known by the remarkably upbeat name Lucky Goldstar. The market capitalization of LG is greater than $14 billion.

All LG Solar panels sold in the United States include a 25-year full replacement warranty, one of the most comprehensive in the industry. This warranty covers the cost of labor for installing the replacement panels, a benefit not commonly offered by most manufacturers. LG Solar's product lineup in the US features several models, such as the NeON 2, NeON H, NeON R, and Mono X Plus. While the Mono X Plus comes with a 15-year product warranty and a 25-year performance warranty, the NeON 2, NeON H, and NeON R models are all backed by 25-year warranties for both product and performance.

LG Solar had a robust presence across the United States, with offices and service centres in major cities and regions to ensure superior customer service and accessibility. This network allowed LG Solar to offer exceptional support and coverage to American customers, surpassing the industry standard.

The pricing for LG Solar systems in the US was competitive, reflecting the brand's commitment to quality and value. The cost for LG solar installations typically ranged between $1.70 and $2.50 per watt. Consequently, the total cost for a 6 kW LG solar system varied from approximately $10,000 to $14,500. It's important to note, however, that many homeowners pay less than this gross cost due to various solar incentives, tax credits, and rebates available in the US, which significantly lowers the initial investment.

LG consistently maintained a leading position in the market regarding solar panel efficiency. The most optimal models presently accessible are the NeON® R series panels, exhibiting efficiency levels ranging from 21.8% to 22.3%. LG's solar panels were among the top-performing options in the market, given that the highest efficiency achieved by solar panels is 22.8%. It has regularly maintained a market leadership position in terms of solar panel efficiency. The most efficient types previously available are the NeON® R series panels, which have efficiency values ranging from 21.8% to 22.3%. LG's solar panels were among the best-performing solutions on the market, given that solar panels have a maximum efficiency of 22.8%. LG Solar panels consistently received positive reviews from customers, with reviewers claiming that the panels are neatly installed and present no issues

11. Risen Energy

Risen Energy Co., Ltd. began producing solar panels in 2002 after being created in 1986. It trades on the Shenzhen Stock Exchange after becoming public in 2010. Risen Energy is bankable for large-scale solar projects with a 60% debt ratio over the last decade, notwithstanding expansion. Risen, a Chinese maker of solar panels and silicon wafers, has invested in, developed, and EPCed large-scale solar projects worldwide. Rising Energy, based in Ningbo, China, has 11 offices in Europe, the US, Japan, India, Mexico, and Australia.

Risen currently has a significant number of solar panels listed for eligibility under various incentive programs in the United States, aligning with standards set by entities such as the Solar Energy Industries Association (SEIA) and fulfilling requirements for federal incentives like the Investment Tax Credit (ITC).

Risen offers two series of monocrystalline panels in the United States: the Titan Series and the Jager Plus Series. The Risen Jager series addresses critical industry challenges and consumer needs, such as reducing Light-induced Degradation (LID), Light and Elevated Temperature Induced Degradation (LETID), internal loss, shadow effect, and Balance of System (BOS) costs. The Titan series is particularly popular in the US market. Among the latest offerings in the Titan Series, four panels are provided with a 25-year warranty, demonstrating Risen's commitment to durability and performance, while the rest of the series carries a 15-year warranty.

Solar modules in the Titan Series range from 390Wp to 550Wp and have an impressive maximal efficiency rating of up to 21.7%. All panels utilize PERC, half-cut silicon cells, and the number of cells per solar panel ranges from 110 to 150 cells as the panel's dimensions increase.

Solar panels have an efficacy and a product warranty. The product warranty is essential because it covers manufacturing defects and most solar panel problems. Most Risen solar panels include a 15-year product warranty longer than the 12-year industry standard. Risen has introduced a 25-year product warranty for the four new solar panels.

The average fully installed cost for a solar system with Risen Solar Panels includes a full turnkey system, installation by a reputable installer from Solar Choice's network, and considerations for the Small-scale Technology Certificate (STC) rebate and GST. The cost varies according to the system size, with a 10kW system averaging $6,500, an 8kW system at $5,170, and a 6kW system at $3,225.

What is a solar panel?

A solar panel, or a solar module, is a fundamental constituent of a photovoltaic system. Solar panels are an array of photovoltaic cells that are organized into a panel structure. These devices are available in various rectangular configurations and are installed in tandem to create electrical power. Solar panels capture pure, renewable energy in the form of sunlight and convert it into electricity used to power electrical loads. Solar panels, or photovoltaic modules, harness solar energy by absorbing photons from sunlight and converting them into electrical energy through the photovoltaic effect. The electricity is then utilized to provide power for residential or commercial purposes. These solar panels are utilized as a means of augmenting a building's electrical supply or as a source of power in remote areas.

Solar energy is extensively used for large-scale industrial or utility purposes, in addition to its application in the residential and commercial sectors. A substantial number of solar panels in such a scenario, ranging from thousands to millions, are systematically organized into an expansive solar array, commonly referred to as a solar farm. The solar farm serves the purpose of generating electricity to meet the energy demands of densely populated urban areas.

Using solar panels to generate electricity for a variety of applications is an extremely practical method. Off-grid living appears to be the obvious choice. Off-grid living is the practice of residing in a location that is not connected to the main electric utility infrastructure. Solar energy systems are advantageous for remote residences and cabins. No longer are exorbitant fees required for the installation of electric utility poles and cabling from the nearest main grid access point. A solar electric system is less expensive and provides power for up to 30 years if adequately maintained.

Why are solar panels used in the industrial sector?

Solar panels are used in the industrial sector for several reasons. Solar power panels are increasingly gaining prominence as a mainstream alternative energy source worldwide. The reality is quite different, contrary to the misconception that they are not affordable for small or medium-sized businesses. Solar panels have significantly reduced prices in recent years, making them an accessible and cost-effective solution for organizations. The overall expenses related to procurement and installation continue to decrease, and the market now offers innovative contracts, including lease-to-buy options, all while delivering energy at rates lower than those offered by traditional utility providers.

Solar power has emerged as a viable and economically efficient energy alternative for business proprietors, offering a fixed-cost solution with a lifespan ranging from 25 to 30 years. It results in enhanced predictability of energy expenses at reduced expenditures. The cost of maintenance and monitoring for solar systems is comparatively lower.

The most effective approach to cost management entails exploring alternative energy solutions, such as solar power as a commercial entity heavily reliant on electricity consumption for operating machinery and illuminating both indoor and outdoor spaces.

Solar power is an environmentally friendly and sustainable energy source that effectively mitigates reliance on fossil fuels such as oil, coal, and natural gas for the generation of electricity. Fossil fuels are known to emit harmful substances that have adverse effects on the air, water, and soil quality. These emissions contribute to the phenomenon of global warming. It is projected that by the year 2065, as per scientific analysis, the rate of species extinction on the planet is going to surpass the cumulative number of plant and animal extinctions that occurred over the preceding 65 million years. These statistical data illustrate the impact of glasshouse gases emitted from the combustion of fossil fuels.

Solar energy, however, is environmentally friendly and does not generate any harmful emissions of pollutants. Solar energy is a renewable and environmentally friendly source of power that does not contribute to ozone layer depletion. Industrial solar energy systems are a strategic investment in sustainable energy infrastructure that mitigates reliance on finite non-renewable energy sources, thereby fostering environmental preservation.

The imperative to mitigate climate change and minimize carbon emissions and reliance on fossil fuels is increasingly pertinent in contemporary times. In contrast to fossil fuel, solar panels produce electricity without emitting air pollutants, carbon emissions, or generating ash or other forms of waste. An increasing number of companies are currently seeking suppliers that have low carbon emissions. Finally, customers are placing importance on this aspect and the social responsibilities of their suppliers.

How to choose the best solar panel for industrial use?

To choose the best solar panel for industrial use, follow the ten steps listed below.

1. Understand Manufacturer Quality: Know the manufacturer's quality tiers, such as Tier 1, 2, and 3, before purchasing a solar power system. Tier 1 manufacturers typically offer the best quality and efficiency.
2. Know Solar Panel Types: Solar panels come in three basic types: Monocrystalline (high efficiency but more expensive), Polycrystalline (popular and cost-effective), and thin film (lower efficiency but lightweight and affordable). PERC panels are those that use additional layers to achieve higher rates of efficiency.
3. Check Tolerance: Pay attention to the solar panel's tolerance level, as it affects the accuracy of energy generation. Lower tolerance results in more accurate energy production.
4. Consider Conversion Efficiency: The solar panel's conversion efficiency determines its power generation. Higher conversion efficiency means better energy output, so choose panels with high efficiency.
5. Check the PID and LID Resistance: Check for PID (potential induced degradation) and LID (light-induced degradation) resistance. Good panels have minimal or no PID and LID, which affect power loss.
6. Check the Temperature Coefficient Rating: The temperature coefficient rating reveals how heat affects panel operation. Lower coefficients are advantageous, even if they come at a slightly higher cost.
7. Determine Wattage Requirements: Determine one’s energy needs to select panels with the appropriate watt peak for your system.
8. Know the Durability and Warranty: Choose panels with a reputable manufacturer offering a long warranty, typically around 25 years, and ensure your solar installer is reliable.
9. Understand Watt Capacity: Understand the watt capacity, as it affects energy production per hour and the panel's size. Choose according to your specific requirements.
10. Consider the Cost: Although cost is essential, don’t base your decision solely on price. Ensure the panels are correctly certified and meet the requirements for government rebates. Select a brand that offers a balance between quality and cost.

What are the factors that should be considered when choosing solar panels for industrial use?

The nine factors to consider when choosing solar panels for industrial use are listed below.

• Efficiency: It is imperative for the host building to implement a comprehensive array of energy-conservation measures prior to the installation of the solar system. The proprietors fully harness the solar photovoltaic (PV) system's capabilities by optimizing the building's energy efficiency and minimizing the aggregate demand. A reduction in energy consumption within the building allows the owners to install a more compact and cost-effective solar system.
• Long-term Sustainability: Many commercial solar project teams must explain the long-term investment in solar system performance with only general statistics. Solar energy will pay off over time, but some commercial building owners desire immediate gains. Project team members should present thorough financial estimates showing the company's long-term solar energy cost savings.
• Incentives and Rebates: Conduct a comprehensive analysis of the existing government incentives, tax credits, and rebates applicable to industrial solar installations, as these measures effectively mitigate expenses.
• Preventative Maintenance: Continuous exposure to adverse environmental conditions necessitates regular maintenance of an industrial photovoltaic (PV) system, even though solar panels themselves possess a resilient structure. In contrast to residential systems, which are generally smaller in scale and depend on reactive maintenance approaches, it is advisable for managers in commercial enterprises to adopt a proactive approach and address potential issues before they manifest.
• Solar leases: Many commercial organizations lease solar panels to minimize grid energy use and running costs. Solar system ownership and leasing have drawbacks. Maintenance, upkeep, and repairs are part of ownership. Leasing equipment does not yield the best ROI (“return on investment”) since capital costs vary. There's no single way to tell if a business must fund the project. Recently, NREL (National Renewable Energy Laboratory) analysis revealed that the best PV financing solution for each firm depends on its unique qualities and circumstances.
• Local Climate Conditions: Consider the local climate and weather conditions, such as temperature extremes, humidity, and wind, to select panels that can withstand these environmental factors.
• Marketing strategy: Most commercial ventures use marketing to drive leads, market share, and company growth. Owners seek new ways to sell their companies, whether through local advertisements, radio ads, Internet content, or networking. A new Nielsen worldwide online study found that customers of all ages are willing to pay more for sustainable products. Nearly 75% of millennials and 51% of baby boomers indicated they are going to pay more for sustainable products. Businesses market their solar panels and environmental responsibility.
• Payment type: The payment type for industrial solar affects the company's ROI whether the project acquires a PV system with a loan or cash. A corporation gets the most return by funding a solar system project with its own money. Only some companies have the ability to support a project with their resources thus many must use solar loans. Companies receive secured and unsecured loans from lenders, and their access to this credit varies. The solar manufacturer's bankability is crucial when getting a solar loan. Financial institutions are more likely to approve a solar loan from Trina Solar, a Bloomberg New Energy Finance Tier 1 business, because they know it will last.
• Solar purchase agreements: Small business owners with razor-thin profit margins sometimes think solar panels are too expensive. Commercial operations lease solar equipment or get incentives because they generate revenue. A developer designs, permits, finances, and installs a solar system on a customer's property for free under a solar power purchase agreement (PPA). A PPA sometimes saves business owners money on electricity expenses because the PPA rate is usually cheaper than the utility bill.

What are the industries that use Solar Panels?

The eleven key industries that use solar panels are listed below.

• Manufacturing Industry: The manufacturing business is a major energy consumer. Therefore, solar energy reduces energy expenses. Manufacturers reduce their energy expenditures and grid dependence by installing a solar system. A large-scale solar system is easy to install in manufacturing plants with lots of roof space. Solar energy is ideal due to financial incentives, including the 26% federal tax credit.
• Automobile Dealers: Most businesses, whether new or established, save money by using solar electricity. Talk to a local photovoltaic contractor to save money. Businesses that employ vacuums, hydraulic lifts, electric motors, outside and interior lighting, and pressure washers pay high electricity rates. The rising cost of energy is greatly reduced by constructing a business solar system as a one-way auto dealer.
• Shopping Centres: Retailers are pioneering green energy. These corporations are decreasing their carbon footprint and inspiring others by investing in solar energy. Walmart, IKEA, Kohl's Department Stores, Costco Wholesale, and Macy's show that large firms are ecologically responsible and profitable. Global DIY furniture producer IKEA is an example. It cut non-renewable energy use by 300% in the first quarter of 2017. It is good and shows that renewable energy acceptance is growing.
• Hospitality Industry: Consistently high electricity costs are a direct outcome of the excessive consumption of electricity within the hospitality business. Hotels and restaurants cut their utility bills significantly by generating their own solar panel. Solar-powered hotels increase their bookings by highlighting their commitment to environmental sustainability. The same arguments have led to the widespread installation of solar panels at restaurants and other businesses in the hospitality industry.
• Transportation: Solar panels are being incorporated into charging stations for electric vehicles and public transportation infrastructure As part of efforts to assist environmentally friendly transportation projects.
• Agricultural Industry: Solar power is popular with agricultural enterprises due to USDA incentives and tax benefits. Farms generate their own electricity with roof-mounted solar panels, lowering their grid dependence and energy costs. Tax incentives and grants reduce the upfront expenses of establishing a solar system, making solar energy even more appealing. Solar panels power large electric fans and coolers to keep chicken farms pleasant year-round. Agriculture enhances its environmental effect and shows its sustainability by using clean energy.
• Technology Firms: Large companies like Microsoft, Facebook, and Apple use solar panels for their facilities. Tesla's solar-powered Gigafactory is another example. Intel uses over three million sq. ft. of solar systems in nine countries. It consumes over 70% of the company's power. Apple has used 100% solar energy since 2018, following Google's 2007 carbon neutrality move. All these prominent brands now prioritize solar panels. Adobe, a worldwide computer software company, is working with its supply chain to switch to renewable energy. The tech industry benefits from its financial predictability with so many enterprises switching to solar energy.
• Gas Stations and Convenience Stores: Convenient and petrol stores have long used solar electricity as a cost-effective alternative. Petrol stations boost their environmental credentials by using solar electricity. Gas stations save money, be more sustainable, and boost their reputation with solar energy. Many petrol and convenience businesses choose solar power systems for their high energy expenditures. Commercial solar systems reduce gas pumps, freezers, 24/7 light, and food cooler maintenance costs.
• Pharmaceutical labs and Medicine Industries: Labs have turned to solar power, notably for cold storage facilities that hold immunizations for nationwide distribution. Pharmaceutical corporations are employing cold chains to ship and store vaccinations because they help limit disease transmission. Solar energy helps cold storage units keep vaccinations alive until delivery. Vaccines must be high-quality along the long journey from producer to syringe.
• Data Storage Facilities: More and more businesses are turning to data storage facilities to ensure that their information is accessible and secure as the need for software and cloud computing technologies continues to rise. These facilities require a substantial quantity of energy to function in an uninterrupted and reliable manner. To combat the ever-increasing cost of electricity, numerous data center facilities have begun investing in solar power.
• Telecommunications: Solar panels are used to power remote cell towers and communication infrastructure in remote areas. Telecommunications systems need reliable on-site electricity. Cellular towers and repeaters need continual power, yet generator maintenance and refueling are costly, inefficient, and time-consuming for network stability. More organizations are using alternative energy to power their telecommunications infrastructure as networks grow. Adopting sustainable energy solutions to reduce their carbon footprint and operating costs is one indispensable strategy for industries that use solar panels.

What are the Benefits of Using Solar Panels for Industrial Processes?

There are several benefits of using solar panels for industrial processes. Industrial solar power systems provide a variety of valuable benefits. Solar panels for industrial processes offer a cost-effective option to conventional electricity sources, as they substantially minimize energy costs. Solar energy is clean, renewable, and eco-friendly, reducing reliance on fossil fuels and reducing detrimental emissions. Implementing commercial solar panels enhances industrial energy efficiency and is frequently subsidized by the government through tax credits. The transition minimizes maintenance costs with extended warranties in addition to lessening CO2 emissions. It is simple to trace the investment, ensuring a manageable return on investment with the aid of monitoring apps.

Solar energy is a stable and reliable source of electricity because it is not affected by weather. Self-consumption of electricity by industries further reduces their reliance on the infrastructure. Embracing renewable energy enhances a company's public image, attracts environmentally conscious customers, and positions the industry as progressive. Such a sustainable solution is especially advantageous for agricultural and industrial sectors with high energy demands and ample roof space for solar panel installation.

Which Type of Solar Panel is the Best for Industrial Processes?

Monocrystalline panels are the best for industrial processes. Various factors determine the optimal solar panel for industrial processes; monocrystalline panels are popular for their high efficiency and superior performance, making them the appropriate type of solar panel for industrial applications where it is crucial to maximize power generation.

They are particularly convenient in situations with restricted space, as they generate more energy per square foot. Many industrial facilities necessitate a consistent and dependable power supply, which monocrystalline panels provide because of their efficiency and durability. Choosing the optimal types of solar panels for industrial processes is contingent upon project-specific requirements, budgetary constraints, and available space; therefore, it is vital to evaluate these factors.

Which is the Cheapest Solar Panel Brand for Industrials?

Solar panels from Trina Solar, known for being the most cost-effective option for industrial use, range in price from $1.62 to $2.37 per watt in the US. These panels are backed by 25-year performance and product warranties, offering substantial value and reliability for industrial applications. The efficiency of these panels ranges from 18% to 21.6%, making them one of the cheapest solar panels. They are a dependable and efficient option for solar installations pursuing long-term performance and energy production. Trina Solar's key business strategy is globalization, which it uses to spread its innovative solar energy solutions and help ease the shift to net-zero power systems. Management and research and development specialists of the highest caliber have been drawn to the organization from more than sixty nations and regions in recent years.

How many Solar Panels are needed for Industrial use?

The number of panels needed for industrial use depends on type and size. A manufacturing business or a large office building necessitates a 100 kilowatt-hour (kWh) solar photovoltaic (PV) system, which typically entails the installation of approximately 300 solar panels. It is facilitated by the fact that larger commercial enterprises tend to possess a greater amount of roof area allocated for the purpose of installing solar panels. Several criteria, such as the energy consumption of the industrial facility, the geographic location, the efficiency of the solar panels, and the specific goals and requirements of the installation, determine the optimal quantity of solar panels for industrial use.

How much is the average price of Solar Panels for industrial use?

The average price of solar panels used in industry was $1.45 per watt in Q4 2021, according to the Solar Energy Industries Association (SEIA), which is significantly lower than the cost of residential systems at $3.06 per watt. Using these cost figures, estimate the expenses for commercial solar power systems of various sizes. For instance, a 15 kW system suitable for a retail outlet or clinic would cost approximately $21,750. Meanwhile, a 75 kW system designed for applications like farms or warehouses would amount to around $108,750, and a larger 350 kW system intended for factories, hospitals, schools, and similar establishments requires an estimated investment of about $507,500.

Do Solar Panels help save electricity bills in industries?

Yes, solar panels help save electricity bills in industries. Solar energy is a longstanding and economically sound alternative to conventional energy sources, offering sustained benefits to convenience stores and gas stations. Embracing solar power fosters a positive brand image and bolsters these businesses' reputation as environmentally conscious entities.

Gas stations achieve a multifaceted transformation characterized by reduced energy expenditures, heightened sustainability practices, and elevated standing within the community by integrating solar energy systems. Such a strategic shift is evident in the growing trend of gas and convenience stores adopting solar power solutions to mitigate the financial burdens associated with powering gas pumps, continuous lighting, refrigeration units, and various operational essentials, thus aligning profitability with eco-conscious initiatives.

Multiple large corporations, such as Microsoft, Facebook, and Apple, employ solar panels to power their facility centers. Additional examples include Tesla, a company that operates a Gigafactory facility powered by solar energy generated from solar plants. Intel is a globally recognized corporation that has implemented solar systems spanning over three million square feet across nine different countries. These systems constitute over 70 percent of the corporation's overall power consumption.

Apple, similarly, has successfully transitioned to utilizing 100 percent solar energy as of 2018, aligning with the industry movement observed by companies such as Google, which achieved carbon neutrality in 2007. Many renowned brands have transitioned their primary focus towards utilizing sustainable sources like solar panels.

Adobe, a multinational computer software firm, is actively engaged in a collaborative effort with its supply chain to transition toward the utilization of renewable energy sources. Given the increasing number of companies adopting solar energy, the technology industry stands to gain substantial advantages from the financial predictability inherent in this renewable energy source.

Commercial enterprises, including department stores and commercial buildings, have the potential to achieve a comparable return on investment (ROI) to that of farmers and other manufacturers by transitioning to solar energy. Commercial solar photovoltaic (PV) systems offer significant potential for reducing overall operational costs.

Investing in solar power systems provides significant cost savings on energy bills. Domestic and international businesses need to evaluate solar power investment as a prudent financial strategy that yields long-term operational advantages.

What is the difference between home-use solar panels and industrial-use solar panels?

The difference between home-use solar panels and industrial-use solar panels lies in their number of cells. The larger size and greater number of cells in commercial solar panels allow them to generate more electricity than their smaller residential counterparts. These panels are significantly larger, more durable, and constructed for high-output performance over the long term. They are typically part of a larger grid-connected system and are capable of generating substantially more electricity to meet the energy demands of factories, businesses, and other large facilities.

The efficiency of commercial solar panels is 19.6 percent, which is higher than the efficiency of residential solar panels at 18.1 percent. However, solar panels for homes don't necessitate as much juice as those at a factory. Homeowners who rely on solar energy for their electricity need to save money by purchasing less efficient solar panels. They reduce the amount of land used for solar panels. 

Home-use solar panels, often referred to as residential solar panels, are designed for small-scale energy generation to meet the electricity needs of individual homes. They are typically smaller in size and capacity compared to industrial solar panels and are installed on rooftops or in small yard spaces. Residential solar panels are optimized for efficiency and aesthetics, often with sleek designs and options for homeowners to choose from to match their home's appearance.