Order some of our Solar related materials…
AIT Solar Solutions: Solar Panel Manufacturing Materials
AIT Solar Solutions
SOLAR-IMB™ Thermally Conductive Insulated Metal Back Sheet
- Thermally Conductive Back Sheet
- Lowers Cell Temperature for Higher Efficiency
- Thermally Conductive Insulated Metal Back Sheet
SOLAR-THRU™ Encapsulation Transparent Front Sheet
- PVDF Encapsulating Transparent Front Sheet for Proven Performance
- Proven UV Resistant
- Encapsulating Transparent Front Sheet
SOLAR-TAB™ Lower Temperature Tabbing Interconnection
- Instant Melt-Bonding Tabbing at 150°C
- Conductive Thermoplastic Adhesive Tabbing material
- Ideal for Embedded EWT Circuit
- PVDF and embedded UV blocking liquid coating
- PVDF transparent anti-glare solar coating with moisture and salt-fog protection
- Embedded Conductive Tab Circuit for Front and Back Sheet
- PVDF sealant and adhesive for long-term reliability and mositure barrier
Innovative Melt-Encapsulating Thermal Back Sheet and PVDF Fluorinated Transparent Melt-Encapsulating Front Sheet Reduces Solar Panel Costs and Enhances their Performance
With the combination of a melt-encapsulating front sheet, a melt-encapsulating thermally conductive insulated metal back sheet with melt-bonding tabbing, a roll-to-roll lamination process or dramatically reduced time for vacuum lamination process at 140-160°C are now achievable goals. Much lower costs in both capital investment and solar panels is one of the end results in addition to high performance, conversion efficiency and long-term reliability.
With over 30 years of experience in formulating and manufacturing specialty materials and adhesives for electronic applications, AIT is proud to offer SOLARGRIP™, the industry’s first combination of PVDF fluorinated front and back sheets that also encapsulate the solar module of cells in a single melt-encapsulating process.
- SOLARGRIP™ uses polymer crystallites for strength in place of cross-linking EVA encapsulant to reduce the vacuum thermal forming cycle time by a factor of 5-10.
- The reduced cycle time directly contributes to reduced costs in manufacturing solar panels.
- The low moisture ingression afforded by the fluorinated PVDF and modified polyethylene enables self-sealing edges and the possibility of frameless panels.
- Outstanding compatible bonding with standard EVA encapsulant and cross-linkable polyolefin encapsulant.
By embedding fluorinated and thermally conductive melt-flow back sheets in the PVDF, the efficiency of conversion is improved in the hot summer sun. Other features include:
- SOLAR-IMB™ is the industry’s first insulated thermally conductive back sheet and encapsulant single ply laminate that helps to dissipate heat and lower the cell temperature.
- A UV and moisture protection encapsulating thermally conductive back sheet with PVDF back sheet layer protection.
- The effect of lowering the cell temperature from 70°C to 50°C will increase the efficiency from the already depressed value to 13-14% from the 10% at 70°C for typical mono-crystalline solar under the summer sun.
AIT’s solar solution for photovoltaic panel manufacturing also includes many enabling and complementary solutions:
- Melt-encapsulating transparent front sheet (SOLAR-THRU™) from 5-15 mils for thin film to mono-crystalline solar.
- PVDF front sheet for ultimate UV and moisture protection.
- Melt bonding fluorinated conductive tabs to reduce the tabbing temperature and the thickness from 8 mils to 3 mils.
- UV resistant fluorinated PVDF transparent coating reduces glare on glass front sheet.
All materials are RoHS, REACH and WEEE compliant in accordiance with the UL94V-0 rating conferred on the AIT US manufacturing facility located in Princeton Junction, New Jersey.
Other complementary material solutions from AIT include thermal management and anti-glare coating for concentrated photovoltaic (CPV) applications:
For a recommendation, information or assistance, please contact AIT sales and engineering:
AIT technical sales and service department can also be reached at: 1-609-799-9388 or 1-800-735-5040 (EST) and Fax: 609-799-9308