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The 27th EU PVSEC Exhibition takes place from 25 to 28 September 2012 at the Messe Frankfurt fairground in Germany. This four-day trade show of the global photovoltaic and related industry attracts companies and solar organizations from around the world, is an excellent showcase for the technology and service providers of the PV Solar sector. It is the largest International Conference for Photovoltaic research and technologies and at the same time one of the top international PV Industry Exhibitions. The entire PV value chain from raw materials to final products, PV applications and related services will be present in PVSEC 2012, such as:

• manufacturers of production equipment
• manufacturers of PV modules and components
• supply industry
• suppliers of chemical compounds and gases
• PV applications companies
• PV system companies and distributors
• PV installation companies
• PV project development companies
• glass producers
• recycling and waste treatment companies
• etc.

GUT-18

GUT-18 (Unloading System to string box) picks up the strings from the output belts or the flip-over units of the Tabber&Stringer and places them on string boxes by a gantry. Once one string box is full the operator takes it out, picks up the strings and places them on the glass manually. It has two string boxes. The number of strings per string box is configurable.

GUT-18 is able to unload:

• 2 Tabber&Stringer of 700 cells/hour
• 1 Tabber&Stringer of 1300 cell/hour
• 1 Tabber&Stringer of 1800 cells/hour.

THROUGHPUT CAPACITY

• GUT-18: Max. 1800 cells / hour (based 10 cell/string)

STRING DIMENSION (*)

• Maximum 2050mm
• Cell gap: 2 - 50mm (adjustable)

GENERAL CHARACTERISTICS

• Handling by gantry
• Friendly human-machine interface
• Remote assistance

(*) Others on request

GTS-18

GTS-18 model reaches a production of 2000 cycles/hour (1800 cells/hour) and works with mono and policrystalline cells of 5”, 6” and half of 6”; 2 and 3 busbar and the distance between cells is configurable between 2 and 50 mm. It has a robot and an artificial vision camera integrated that tests the breakages and busbars positioning, as well as a precise positioning of the cells by contour or busbars. In order to make the soldering, once the flux is applied on the cell using drop system, there is a progressive heating of the cells and next the machine makes the soldering by IR lamps with a precise control of the process by temperature (PID). The cycle is configurable. After this soldering process, there is a controlled cooling to minimize to its utmost the stress generated in the cells. This model has flip-over option for the produced strings, for their following positioning on the glass.

GENERAL CHARACTERISTICS

• Throughput: 2000 cycles/hour (1800 cells/hour)
• Robotic handling
• Cells inspection by artificial vision:
  • Breakages detection by back-light
  • Busbars inspection
• Positioning by:
  • Contour
  • Busbar
  • Average between them
• Soldering system:
  • IR lamps
  • Process control by temperature (PID)
  • Pre-heating and post-heating stations by IR lamps
  • Advanced cooling system to minimize the cell stress
• Flux system:
  • Electrically controlled valves
  • Direct application on cell busbars
  • Flux jet positioning on busbar by means of camera
  • Very narrow flux line. No dirt on cell
  • Flux jet presence (optional)
  • Best in class accuracy
• Cell dimensions: 5”, 6” and half cells of 6”
• 2 and 3 busbar
• Configurable distance between cells: 2-50 mm
• Cell thickness ≥ 160um
• Customized unloading of strings (flip-over optional)
• Friendly human-machine interface
• Remote assistance

GTS-13

GTS-13 model reaches a production of 1450 cycles/hour (1300 cells/hour) and works with mono and polycrystalline cells of 5", 6" and half cells of 6”; 2 and 3 busbar and the distance between cells is configurable between 2 and 50 mm. It has a robot and an artificial vision camera integrated that tests the breakages and busbars positioning, as well as the precise positioning of the cells by contour or busbars. In order to make the soldering, once the flux is applied on the cell using drop system, there is a progressive heating of the cells and next the machine makes the soldering by IR lamps with a precise control of the process by temperature (PID). The cycle is configurable. After this soldering process, there is a controlled cooling to minimize to its utmost the stress generated in the cells. This model has flip-over option for the produced strings, for their following positioning on the glass.

GENERAL CHARACTERISTICS

• Throughput: 1450 cycles/hour (1300 cells/hour)
• Robotic handling
• Cells inspection by artificial vision:
  • Breakages detection by back-light
  • Busbars inspection
• Positioning by:
  • Contour
  • Busbar
  • Average between them
• Soldering system:
  • IR lamps
  • Process control by temperature (PID)
  • Advanced cooling system to minimize the cell stress
• Flux system:
  • Electrically controlled valves
  • Direct application on cell busbars
  • Flux jet positioning on busbar by means of camera
  • Very narrow flux line. No dirt on cell
  • Flux jet presence (optional)
  • Best in class accuracy
• Cell dimensions: 5”, 6” and half cells of 6”
• 2 and 3 busbar
• Configurable distance between cells: 2-50 mm
• Cell thickness ≥ 160um
• Customized unloading of strings (flip-over optional)
• Friendly human-machine interface
• Remote assistance

GTS-7

GTS-7 model reaches a production of 775 cycles/hour (700 cells/hour) and works with mono and polycrystalline cells of 5”, 6” and half cells of 6”; 2 and 3 busbar and the distance between cells is configurable between 2 and 50 mm. It has a robot and an artificial vision camera integrated that tests the breakages and busbars positioning, as well as the precise positioning of the cells by contour or busbars. In order to make the soldering, once the flux is applied on the cell using drop system, there is a progressive heating of the cells and next the machine makes the soldering by IR lamps with a precise control of the process by temperature (PID). The cycle is configurable. After this soldering process, there is a controlled cooling to minimize to its utmost the stress generated in the cells. This model has flip-over option for the produced strings, for their following positioning on the glass.

GENERAL CHARACTERISTICS

• Throughput: 775 cycles/hour (700 cells/hour)
• Robotic handling
• Cells inspection by artificial vision:
  • Breakages detection by back-light
  • Busbars inspection
• Positioning by:
  • Contour
  • Busbar
  • Average between them
• Soldering system:
  • IR Lamps
  • Process control by temperature (PID)
  • Advanced cooling system to minimize the cell stress
• Flux system:
  • Electrically controlled valves
  • Direct application on cell busbars
  • Flux jet positioning on busbar by means of camera
  • Very narrow flux line. No dirt on cell
  • Flux jet presence (optional)
  • Best in class accuracy
• Cell dimensions: 5", 6" and half cells of 6”
• 2 and 3 busbar
• Configurable distance between cells: 2-50 mm
• Cell thickness ≥ 160um
• Customized unloading of strings (flip-over optional)
• Friendly human-machine interface
• Remote assistance