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New Industrial Cells Encapsulation

NICE technology

 

The key elements of this technology, compared to the state-of-the-art EVA based lamination technology for the manufacturing of PV modules, are:

  • Implementation of an air and humidity tight sealing technology with an organic material derived from the family of poly-isobutylene, that is deposited in form of a narrow ribbon around the perimeter of the module's supporting sheets (glass/glass, or glass/metal), creating a strong adhesive contact between these two sheets.
  • Solder free, low resistivity serial interconnection of the cells by creating an under pressure within the sealed-off space between the two supporting sheets of the module, which establishes a pressure contact between metal interconnectors and the conducting paths of the solar cells.
  • Inert gas inside the module to avoid cells and connectors corrosion. The NICE Module production line is designed to produce double glass and glass/metal modules up to 8x9 or 6x12 cells with front and back contacts or with back contacts only, as well as thin film modules.

 

 

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NICE technology: New Industrial Cells Encapsulation by Apollon Solar and partners

back Category: equipment   Products presentations   Channel: NICE Technology Date: 2009/10/28

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More about New Industrial Cells Encapsulation (NICE)

State-of-the-art
The state-of-the-art module production process based on EVA lamination is due to its batch type character difficult to automate and relatively labour intensive. The so obtained modules do not fully arrive at a long term sealing quality as requested by the market.

Objectives
To reduce by >50% the PV module manufacturing costs and an increased, stable long term sealing quality.

New Approach
The newly developed and patented NICE technology makes use of a sealing material and the related processing equipment, which is already in use and validated by the insulating glass industry, replacing the traditional EVA lamination. The sealing material can be applied at room temperature and creates a perfect humidity barrier. The creation of an underpressure within the module further allows suppressing the soldering of solar cells to the metal connectors. The entire module process according to the NICE technology can be organised in-line since time consuming batch type operations like the EVA are no longer necessary. The NICE process is therefore easy to automate, less labour intensive and requires less surface area.

Status
A number of modules have been produced which passed the IEC 61215 tests without any degradation. Apollon Solar has set up a consortium with different specialised partners from Germany and France, aiming at the realisation of an industrial pilot production line of a 45 MW/year capacity, to industrially validate the NICE process.

Related video:
  • Interview with Robert de Franclieu, General Manager of APOLLON SOLAR,  active in Solar PV business since 1983 ; and Robert Vincent, Chairman and General Manager, VINCENT Industrie SAS about NICE, New Industrial Cells Encapsulation 


Related reports and presentations:
  • Poster presented at 23rd EU PVSEC in Valencia

  • Brochure about NICE


 
  • Advantages of the line NICE comparing to standard technologies

 

Keywords: NICE, Apollon Solar, Modules, Vincent, Savoie, INES

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