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The 10th International Solar Industry and Photovoltaic Engineering (Shanghai) Exhibition and Forum was grandly held in Shanghai New International Expo Center, Fujifilm (China) Investment Co.
, Ltd.
with its solar cell backsheet products for the first time, attracted the attention of professional visitors from all over the world, many industry insiders came to Fujifilm booth to in-depth discussion, Fujifilm products gave a high evaluation
.
The theme of this year's three-day PV exhibition focuses on promoting the role of solar energy in buildings, seeking balance and innovation between the application of green building energy technology and the realization of building ecological harmony and beauty
.
In solar power generation systems, a back protective film
called "backplate" is used to protect against wind and rain, ultraviolet rays, and ensure the durability of solar cells in harsh outdoor environments.
However, the backsheet used in the past is a structure
in which an anti-aging film that protects solar cells is adhered to a PET film and a combination adhesive film.
Prolonged use may cause cracking
on the PET film.
In terms of structural design and manufacturing process, Fujifilm backplane fundamentally solves the potential risk problem
of traditional backplane.
With our original polymerization and film manufacturing technology, and precision coating technology, we have developed a backsheet with a high-durability reinforced PET film, which has successfully improved the durability of
solar power generation systems.
In addition, instead of using adhesive combination adhesive film and anti-aging film, the adhesive layer and anti-aging layer are directly used on PET film, and the water coating process is adopted, which reduces the consumption of
adhesives and other materials.
Since the birth of Fujifilm solar backsheets in 2011, solar power generation systems equipped with Fujifilm backsheets have obtained gold certification
from TUV-SUD, a third-party certification organization.
Compared with other backsheets, Fujifilm's products have succeeded in increasing the durability of solar power generation systems by about 1.
5 times, reducing material consumption and waste generation by about
two-thirds.
In addition, in the backsheet production process, due to the use of water coating process, there is no organic solvent waste liquid and exhaust gas emissions, and there is no need for bonding process, which greatly reduces waste and energy consumption, and reduces the generation of greenhouse gases such as about 1/4 of carbon dioxide, which greatly reduces the environmental load
as a whole.
Fujifilm, which started with photosensitive materials, will make unremitting efforts to solve social problems and maintain sustainable social development by utilizing the precision coating technology and polymerization and film manufacturing technologies cultivated in the research and development of photographic films
, and developing and providing high-performance and high-quality films.
The 10th International Solar Industry and Photovoltaic Engineering (Shanghai) Exhibition and Forum was grandly held in Shanghai New International Expo Center, Fujifilm (China) Investment Co.
, Ltd.
with its solar cell backsheet products for the first time, attracted the attention of professional visitors from all over the world, many industry insiders came to Fujifilm booth to in-depth discussion, Fujifilm products gave a high evaluation
.
The theme of this year's three-day PV exhibition focuses on promoting the role of solar energy in buildings, seeking balance and innovation between the application of green building energy technology and the realization of building ecological harmony and beauty
.
In solar power generation systems, a back protective film
called "backplate" is used to protect against wind and rain, ultraviolet rays, and ensure the durability of solar cells in harsh outdoor environments.
However, the backsheet used in the past is a structure
in which an anti-aging film that protects solar cells is adhered to a PET film and a combination adhesive film.
Prolonged use may cause cracking
on the PET film.
In terms of structural design and manufacturing process, Fujifilm backplane fundamentally solves the potential risk problem
of traditional backplane.
With our original polymerization and film manufacturing technology, and precision coating technology, we have developed a backsheet with a high-durability reinforced PET film, which has successfully improved the durability of
solar power generation systems.
In addition, instead of using adhesive combination adhesive film and anti-aging film, the adhesive layer and anti-aging layer are directly used on PET film, and the water coating process is adopted, which reduces the consumption of
adhesives and other materials.
Since the birth of Fujifilm solar backsheets in 2011, solar power generation systems equipped with Fujifilm backsheets have obtained gold certification
from TUV-SUD, a third-party certification organization.
Compared with other backsheets, Fujifilm's products have succeeded in increasing the durability of solar power generation systems by about 1.
5 times, reducing material consumption and waste generation by about
two-thirds.
In addition, in the backsheet production process, due to the use of water coating process, there is no organic solvent waste liquid and exhaust gas emissions, and there is no need for bonding process, which greatly reduces waste and energy consumption, and reduces the generation of greenhouse gases such as about 1/4 of carbon dioxide, which greatly reduces the environmental load
as a whole.
Fujifilm, which started with photosensitive materials, will make unremitting efforts to solve social problems and maintain sustainable social development by utilizing the precision coating technology and polymerization and film manufacturing technologies cultivated in the research and development of photographic films
, and developing and providing high-performance and high-quality films.
In terms of structural design and manufacturing process, Fujifilm backplane fundamentally solves the potential risk problem
of traditional backplane.
With our original polymerization and film manufacturing technology, and precision coating technology, we have developed a backsheet with a high-durability reinforced PET film, which has successfully improved the durability of
solar power generation systems.
In addition, instead of using adhesive combination adhesive film and anti-aging film, the adhesive layer and anti-aging layer are directly used on PET film, and the water coating process is adopted, which reduces the consumption of
adhesives and other materials.
Since the birth of Fujifilm solar backsheets in 2011, solar power generation systems equipped with Fujifilm backsheets have obtained gold certification
from TUV-SUD, a third-party certification organization.
Compared with other backsheets, Fujifilm's products have succeeded in increasing the durability of solar power generation systems by about 1.
5 times, reducing material consumption and waste generation by about
two-thirds.
In addition, in the backsheet production process, due to the use of water coating process, there is no organic solvent waste liquid and exhaust gas emissions, and there is no need for bonding process, which greatly reduces waste and energy consumption, and reduces the generation of greenhouse gases such as about 1/4 of carbon dioxide, which greatly reduces the environmental load
as a whole.
Fujifilm, which started with photosensitive materials, will make unremitting efforts to solve social problems and maintain sustainable social development by utilizing the precision coating technology and polymerization and film manufacturing technologies cultivated in the research and development of photographic films
, and developing and providing high-performance and high-quality films.
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only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
Disclaimer: Some of the public information collected by this website comes from the Internet, and the purpose of reprinting is to convey more information and for network sharing, which does not mean that this site agrees with its views and is responsible for its authenticity, nor does it constitute any other suggestions, and the content of the article is for reference
only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
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Responsible editor: Jiang Dan
Responsible editor: Jiang Dan
Responsible editor: Jiang DanPrevious:Gansu's first new energy delivery channel began to be erected
Next:Shaoguan's first large-scale new energy charging complex was put into operation
Previous:Gansu's first new energy delivery channel began to be erected
Gansu's first new energy delivery channel began to be erectedNext:Shaoguan's first large-scale new energy charging complex was put into operation
Shaoguan's first large-scale new energy charging complex was put into operationRelated information
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