Advantages of Bifacial Solar Panels | LA Solar Group

Commercial Electrical

The Q. The new Q.ANTUM DUO technology allows for exceptional performance on a very small area. This is the PEAK DUO G5 solar module by Q CELLS. Q. ANTUM

The world-record cell design has been combined with half cells, state-of-the-art circuitry and a six-busbar design. This combination achieves outstanding performance in real conditions, both under low-intensity solar radiation and during hot, clear summer days.

LA Solar Group Q Cells is one of the most prominent manufacturers in the solar industry. They are a company that has a large production area in high-quality solar panels. The Q Peak Duo G5 Module is one of the most intriguing Q Cells products.

The innovative Q. ANTUM technology was the reason this product won the Intersolar Award 2018, Photovoltaics Category.

This product has many more benefits than the previous versions, in terms of performance, design and standards. Let's look at some of these amazing features.

The panels absorb light from both the front and back sides, allowing for diffused light as much as possible. Albedo light refers to the part of the sunlight that is reflected off a surface. It can reach 30% efficiency and depends on several factors such as the reflectivity of ground surfaces, height above ground and tilt angle. Diffused light is the scattered light that passes through any direction. The bifacial panel can absorb direct radiation from the sun and reflected radiation from nearby solar panels. It can also absorb indirect diffused radiation from clouds or air particles.

Bifacial solar panels are also equipped with a glass-to-glass structure. These panels offer longer-term durability than the mono-face module with glass-to-back sheet structure that was previously available. There are many thin-film photovoltaic technology options available today. These include copper indium gallium selenide (CIGS) and dye-sensitized photovoltaic cells. Many current thin-film solar technology, such as CIGS or dye-sensitized, can easily be converted to bifacial solar panels.

Bifacial solar panels have rear cover glass and bifacial solar cell. Later, the unabsorbed photon in the front layer will be absorbed slowly as it recoils from its surrounding surface. This increases the efficiency of the bifacial solar cells. Glass-to-glass structures offer numerous advantages to solar panels, including reduced moisture corrosion, propagation of cracks, and debonding. They have a reduced cell temperature and a slow rate of degradation. Bifacial solar panels are less flexible, but they have a high mechanical strength and flameproof rating.

Commercial Solar Energy

Bifacial Solar Panels: The Advantages

  • Unique ability to produce electricity directly from the sun.
  • These panels can produce electricity using the reflective light passing through them
  • Bifacial solar panels can be made from either transparent or dual tempered back sheets, which is different from the opaque back sheets.
  • Potentially induced degradation is not a concern with bifacial solar panels.
  • The warranty on bifacial solar panels is almost 30 years. This is in contrast to the 25-year warranty on traditional solar panels.
  • The bifacial solar panels' glass helps to prevent UV exposure and moisture permeability.
  • The modules are protected from chemical corrosion due to their high strength.
  • The panels are made of strong glass that is resistant to cracking.
  • The aluminum frames of the bifacial solar panels are not included. They don't require grounding. This saves time and material during installation costs.

Bifacial Solar Panels: The disadvantages

  • Huge installation of bifacial panels cost.
  • Double glass is a major reason for the high cost of bifacial solar panels.
  • Glass is heavyweight.
  • Bifacial solar panels cannot be used during the night, cloudy days, or storms.
Commercial Solar Energy
Commercial Solar Panels

Commercial Solar Panels

Monofacial solar panels have one photovoltaic face that can absorb sunlight and convert it to renewable energy. Bifacial solar panels can absorb sunlight from both sides, and take up less space.

Bifacial panels are more efficient than traditional panels because they have more surface area to absorb sunlight. Vertically arranged bifacial panels can capture sunlight at sunrise and sunset. Panels that are vertically mounted are more resistant to weather such as snow and sun, which could block some of their efficiency. The durability of bifacial solar panels is also higher than that of traditional panels.

Monofacial panels may still have some benefits, but there are many other reasons monofacial panels might be more beneficial than bifacial. Bifacial panels can be more complicated than others and require extra work and equipment. They are more efficient than vertically mounted panels, but homeowners may pay more because they require ground mounts. Additional requirements such as solar tracking systems are also required.

Bifacial panels are significantly different from traditional monocrystalline and polycrystalline silicon panels. Although bifacial panels are typically made of monocrystalline cells there are also polycrystalline options. Bifacial panels are distinguished by their thin profile. Many bifacial designs require limited framing. The modules themselves are protected in a thin transparent layer. This can be either a dual-glass or clear back sheet.

Bifacial solar panels mounting systems are different from traditional solutions. Bifacial solar panels require the least shaded area on their front and back surfaces in order to maximize solar energy capture. To reduce shading from the modules' backsides, new racking solutions can use narrower support rails and junction boxes.

Advantages of Bifacial Solar Panels | LA Solar Group

Electric Main Panel

Bifacial solar panel use is ideal for commercial and utility-scale installations that make use of solar trackers. LA Solar Group, a manufacturer of solar panels, found that bifacial solar panels produced 11 percent more solar energy in a tilted and ground-mounted solar system in China. A system with bifacial panels and solar tracker produced 27 percent more solar power than one using traditional panels.

Because they absorb more energy from both sides, bifacial modules can increase the energy output of large-scale solar farms. A solar panel mounted above ground can reflect sunlight and absorb it by solar cells backwards. The surface below will influence how much or little light is reflected back to the panels. Reflected sunlight will be more intense on lighter surfaces, such as sand than on darker surfaces, like dirt or asphalt.

Bifacial modules don't suit rooftop solar installations. They are more cost-effective for larger solar projects with reflected sunlight.

Bifacial panels can be used in residential situations, but they are best suited to commercial or utility-scale solar power projects in the solar industry. Bifacial panels can be used to shade free-standing structures such as pergolas and generate excess energy. In any case where the panels are not directly visible, bifacial panels may also be used. Bifacial solar panel canopies and awnings allow for reflected sunlight to reach the panels' backs.

Bifacial panels are a good option if you prefer a ground-mounted system to a rooftop one. A residential ground-mounted system works in the same way as commercial or utility applications. It is elevated above the ground to allow for sunlight to reach the panels' backsides.

Electric Main Panel
Electrical Work
Electrical Work

Five Reasons Bifacial Panels are ideal for farms

1. There is more space

Ground mounts are better for maximum production of bifacial panels. Ground mounts can be placed farther apart than roof mounts. To maximize space, rooftop solar panels are often placed flush next to one another. If the array is taller than the ground, like an awning, then there won't be much reflected light from the back side of the panels.

Farms and other rural businesses have more land available, which allows for you to spread out your bifacial panels to take full advantage of ground reflectivity.

You can also control how much light is reflected. Your panels will be exposed to more light if they have a reflective surface such as white rocks, sand or another silver or white material.

Ground mounts can also be used in other ways. You could use them as a cover for your yard or porch, or as a carport. If you are interested in the bifacial-solar concept, make sure to investigate all options.

2. More Durable

Farmers and businesses that are involved in agriculture need to be confident that their solar panels will last for a long time. This ensures that they will continue to produce high-efficiency solar panels for many decades.

Bifacial panels are stronger than conventional one-sided panels that have back sheets. They feature glass facings on both sides. Tempered glass is used for the glass. It is extremely strong and can withstand any force, including projectiles from hurricane force winds.

3. Longer Warranties

LA Solar Group, a bifacial panel manufacturer, offers a 30-year warranty. This is five years more than the 25-year warranty that many manufacturers offer for one-sided panels.

Your bifacial panels will produce more energy per panel and last longer.

4. In Every Way, Trackers are Better Than Trackers

Trackers are a method of increasing per-panel solar production. Trackers adjust the angle of solar panels to match the sun's position in the sky. This allows you to get more direct sunlight and lasts longer.

Trackers have many moving parts. As with all appliances and mechanisms, there are more moving parts which can cause problems. Trackers can be more expensive and take longer to set up.

While the cost of installing trackers with traditional panels is lower than that of Bifacial panels, they will still produce similar amounts. There are no moving parts so you don't have to worry about them breaking.

5. Comparable to regular solar cells

As you might expect, bifacial panels are more expensive than regular ones in most cases. LA Solar Group has a strong relationship to Canadian Solar, and we use them exclusively to obtain bifacial solar panels at prices that are very comparable to regular panels.

LA Solar Group can offer ground-mounted solar panels with bifacial panels at a similar price to conventional panels for farms looking to increase their production.

For a similar price, you get better production and quality. This is the best you can ask for.

LA Solar Group can often reduce their upfront costs by using a grant or a federal credit. Combining this with the faster production of bifacial panels will ensure that you can quickly recover your investment.

Energy Audit

In the past few years, tariffs on equipment and solar panels have had a major impact on the industry. Trump imposed tariffs on non-domestically produced solar panels in 2018. These tariffs were designed to encourage growth in the US's solar manufacturing and production sector. This restricted access to solar panels at a lower price.

These tariffs have been maintained by the Biden administration since it took over the presidency. In fact, they decided to extend them for 4 more years in 2022. However, they made an important decision by exempting bifacial panels from the tariffs. This decision is crucial for consumers as it allows them to access cheaper panels.

Although bifacial solar modules are a good option for utility and commercial solar developers, they don't work well for residential rooftop projects. Bifacial solar panels are more expensive than the equipment required, so homeowners will still have to pay more for them. However, they offer greater efficiency and cost savings. No matter how large your project is, where it is located, or what other factors you may have, getting multiple quotes for a solar panel installation can be a great way to find a great deal. Register your property on the LA Solar Group solar pv market and start receiving quotes from qualified, pre-screened solar installers in your local area. You can also request a quote for bifacial panels by simply making a note in the profile.

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Frequently Asked Questions

Yes, bifacial solar panels are well worth the investment. They are more efficient than monofacial panels because they can generate electricity from both sides. This improves the overall production efficiency of the system.

According to a study conducted by solar panel manufacturer LONGi Solar, bifacials can boost energy efficiency by 11% when compared to a traditional solar panel system. With a solar tracking system that continuously tilts solar cells toward the sun, bifacial solar cell efficiency can reach 27%.

Design Tips for Bifacial Solar Arrays Bifacial solar panels perform best when utilized in arrays that take advantage of their distinct characteristics. ... Install the panels in portrait mode. ... Use adjustable racking or install the rack at a steeper slant. ... Leave some space between the rows. ... Set the array's bottom border 42.5 inches off the ground.

Traditional solar panels have solar cells on only one side of the panels. Solar cells are present on both sides of bifacial solar panels.

Bifacial solar technology, however, is still more expensive than a typical solar array. Ground mounts for vertically mounted systems and solar tracking systems can raise the price of bifacial solar panels by 10 to 20 cents per watt ($600 to $1,200 more for a 6 kW solar system).

Because bifacial solar panels are still relatively new solar technology, they are more expensive than traditional solar panels. Installation costs over 0.05 cents/watt more than typical systems. Experts predict that homeowners will quickly recoup their installation expenses and benefit from increased utility savings.

They work best in huge commercial installations when they are suspended in the air on poles with plenty of area for light to bounce off the rear. Throughout the year, bifacial panels outperform standard, one-faced panels. Bifacial panels can provide 27% more energy under optimal conditions.

Bifacial solar cells allow light to be absorbed on both sides of the cell, boosting the energy production of a bifacial module, Yb, over a monofacial module deployed under the same conditions, Ym, by BG = (Yb - Ym) / Ym, the bifacial gain.