The Europe Solar Backsheet Market is estimated to be USD 450 million in 2024 and is projected to reach USD 639 million by 2029, at a CAGR of 7.22% from 2024 to 2029.
The backsheet provides the necessary module lifetime and protects PV modules. They ensure that the solar panels remain electrically insulated and safeguard them against environmental harm. They are a component of solar panels, which employ the photoelectric effect to turn sunlight into electricity. Barrier films and adhesives are layered in many layers on the backsheet. The backsheet's design shields solar cells from environmental factors like moisture, UV exposure, and other performance concerns. It also helps to increase solar module efficiency by assisting in the decrease of partial discharge. To achieve this, the solar panel material must have strong dielectric characteristics and often be made of a three-layer laminate. Tedlar, the only polymer that has demonstrated long-term (25 years or more) field reliability, was the only option for protective layers of back sheets for solar modules until about a decade and a half ago. However, the demand-based economy compelled the backsheet industry to develop more technologically based solutions, such as PVDF, which has a track record of more than ten years.
As the use of solar energy helps to lessen the negative effects of climate change. Solar power generation is a low-polluting segment of the energy industry in contrast to traditional energy sources like coal, oil, and petroleum. Initial efforts by nations worldwide to supply 100% of their electricity from renewable sources, including solar power, anticipate a projected expansion of the worldwide market. Additionally, the market expansion is driven by implementing favorable government policies supporting various solar energy projects. There has a rising necessity for solar rooftops with effective backsheets in the residential, commercial, and industrial sectors due to the preference for sustainable energy sources and the emphasis on utility-scale projects. The market is expected to be further fueled by additional factors, such as the growing construction of micro-grid networks to address the rising off-grid energy demands and considerable research and development (R&D) activities. The global solar backsheet industry has seen remarkable expansion over the past five years due to the significant focus on the renewable energy sector. Many new requests were made; the utility size and roof-top segment have been extremely successful globally. However, it is frequently noted that the industry faces a nightmare when there are quality problems with the solar module. Continuous efforts to lower the cost of solar energy and ignorance of the materials' properties and contributions to life have frequently resulted in quality compromises, which are the main causes of these issues.
Along with the high expenses, a specific piece of land must be provided for installing solar panels, and the needed area rises as the quantity of energy required increases. The space cannot be used for other purposes after installing panels. Due to manufacturers employing untested backsheets that lead to the failure of solar modules, the premature degradation of solar backsheet has dramatically increased. Solar module failure can be caused by various factors, including climatic changes, short-circuit current loss, etc. Tested solar backsheets have a significant failure chance. Technological advancements will make solar energy more affordable in the upcoming years. It's possible that by 2030 solar energy will be the primary energy source for producing power in a significant portion of the planet. The lack of available land is one of the solar industry's main issues. For installation, solar PV plants need a substantial area of contiguous land. This is especially difficult in a nation like India, where there are concerns with land ownership, local politics, and geographical challenges. Solar is no different from any other expanding sector because it produces trash. The solar modules get damaged and need to be disposed of, even if they have a lifespan of roughly 25 years, like other equipment.
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REPORT METRIC |
DETAILS |
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Market Size Available |
2023–2029 |
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Base Year |
2023 |
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Forecast Period |
2024- 2029 |
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CAGR |
7.22% |
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Segments Covered |
By Type, Installation Techniques, Application, and Country. |
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Various Analyses Covered |
Global, Regional, & Country Level Analysis; Segment-Level Analysis, DROC, PESTLE Analysis, Porter’s Five Forces Analysis, Competitive Landscape, Analyst Overview of Investment Opportunities |
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Regions Covered |
Germany, UK, France, Spain, Italy. |
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Market Leaders Profiled |
Dupont and ZTT International, Mitsubishi Chemical America Inc., Targray, Krempel, Hangzhou First, Jolywood Solar Technology Ltd, Honeywell, 3M, Agfa-Gevart Group, and Others. |
The fluoropolymer segment is leading with the dominant shares of the market. There has been an increase in interest in prolonging the lifespan of PV modules as the photovoltaic (PV) sector is expanding quickly globally. The recyclable nature of modules and the materials that make up those components, such as backsheets made of fluoropolymers, has also come under scrutiny. The PV industry has typically used laminated polyethylene-terephthalate (PET) core backsheets, but novel co-extruded polyolefin (PO) backsheets show promise as a superior substitute. Back sheets with fluoropolymer bases include TPT and PVF, while back sheets without fluoropolymer bases include PET. Fluoropolymer-based back sheets have excellent performance and characteristics, although TPT and PVF are expensive and need a more difficult production process. The most expensive backsheets are those made of tedlar, followed by PVF and non-fluoropolymer-based back sheets, which are both less expensive. Because they have good mechanical strength, high transparency, good thermal and chemical resistance, and low water absorption rates, TPT, PVF, and PET share a number of characteristics. However, the aging for PET is the poorest for field performance. The analysis and comparison have demonstrated that the backsheets' performance varies. The recent varieties of non-fluoropolymer-based back sheets offer a more cost-effective alternative (mostly PET). Still, the fluoropolymer-based back sheets (PVF, TPT) are more expensive but have been field-tested for performance. The degradation of the PET is the worst because current testing has revealed chemical changes, the production of cracks, yellowing, and gloss loss. Overall, there is a possibility of a significant Market for Fluoropolymers.
The flat roof solar segment has been ruling with the dominant shares for the past few years and is expected to continue with the highest shares throughout the forecast period. This ballasted solar PV panel attachment is the most affordable and straightforward to install flat roof mounting hardware. On level terrain, a ballasted flat roof solar mount can also be used. The solar panel attachment does not require any roof penetrations. A ground-mount solar PV mounting system can be readily used with the non-penetrating ballast flat roof solar installation system. The typical system can be constructed for wind loads up to 150 MPH, with a wind load rating of 120 MPH following ASCE 7-05. A solar array mounted on the ground with stakes driven into the ground is known as a ground-mounted PV system. Because they can be in open land, this system is simple to install. They need more racking than a roof-mounted system, but they often produce more energy because they can be set with a greater optical tilt angle.
Ground-mounted solar systems employ a metal frame attached to the earth to hold the panels at a fixed angle to gather the most sunlight possible. Other ground-mounted systems might employ pole mounts that can tilt the solar panels automatically to catch the best amount of sunlight daily and seasonally. Framed and frameless solar panel modules can be installed flush to a sloping roof using a mounting solution for pitched roofs. Both residential and commercial roof solar systems can be installed using this kind of solar mounting solution. Depending on the roof structure, different sub-types of the pitched-roof system can be used, such as tile, raised panel, in-roof, corrugated, standing seam, and more. This kind of solar mounting system is quick and simple to install. The system includes high-quality pre-assembled components and personalized solutions that will reduce the time and cost of installation. This explains the widespread use of solar arrays with sloped roofs. The system should be set up where the panels receive the most sunshine to optimum energy output. Flat-roof solar is mostly preferred, which is more affordable and easy to maintain regularly.
The utility segment is witnessed in leading the largest shares. Solar Backsheet has high quality and dependability making it a popular choice for utility applications. In addition, shielding PV cells from harmful atmospheric elements like humidity, corrosion, and UV radiation, lengthens their lifespan. Over the past few years, the solar energy industry has experienced substantial expansion, which has increased demand for solar energy applications, primarily Utility-Scale Power Plants. In the commercial sector, solar backsheet in photovoltaic roof tiles is common. The market for solar back sheets is partly expanding due to rising demand from the commercial sector for the self-consumption of clean energy. Over the past few years, the global photovoltaics industry has experienced tremendous growth, which raises the demand for power generation, increases overall electricity consumption, and boosts installation activity globally. The military segment is accounted for holding the highest CAGR. Solar Backsheet is a common component of photovoltaic modules used in the military. In addition, the rising military need for self-consumption of renewable energy also fuels the expansion of this market for solar backsheets. Over the past several years, the photovoltaics market has seen a considerable uptick, which has increased the demand for power generation, driven up global electricity consumption rates, and boosted installation activity everywhere.
Germany has seen a considerable increase in the European region over the past few years due to an increase in investment by businesses involved in renewable sources and traditional sources such as coal, etc. These reasons collectively fuel the expansion of this industry globally. Attractive incentive programs and ambitious renewable energy goals set by European nations suggest a bright future for solar backsheets. Residential and non-residential Solar’s explosive expansion has contributed to an increase in national debates about rate reform. The potential of the European market is anticipated to be strengthened by new product offerings from regional and international manufacturers in Europe.
Frequently Asked Questions
The major key players are: Agfa-Gevart Group, Jolywood Solar Technology Ltd, Krempel, Hangzhou First, Honeywell, and Others.
The Europe Solar Backsheet Market market will grow at a CAGR of 7.22% from 2024 to 2029.
Europe Solar Backsheet market is primarily driven by an increase in the end-user such as Commercial, Industrial, Residential, and Military.
The Residential and Commercial End-User Industry segment is leading with a substantial market share.
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