Nanosolar GmbH has received ISO 9001:2008 certification from TÜV Süd Germany for its fully automated panel assembly factory in Luckenwalde, Germany (Picture: Nanosolar)

TÜV Süd Verifies ISO 9001:2008 Conformity

Nanosolar Achieves Certification for German Fab

Nanosolar GmbH has received ISO 9001:2008 certification from TÜV Süd Germany for its fully automated panel assembly factory in Luckenwalde, Germany. This certification covers all aspects of the manufacturing and testing of Nanosolar thin-film solar panels. more...

May 3, 2012

The pressure switch is particularly suited for application in abrasive, aggressive, adhesive, crystalline and viscous media (Picture: Wika)

Electronic Pressure Switch

Flush Diaphragm for Critical Media

For industrial processes with “critical” media, Wika has expanded its range of electronic pressure switches by introducing the PSD-31 with flush diaphragm. The device is particularly suited for applications involving abrasive, aggressive, adhesive, crystalline, and viscous media. more...

February 8, 2012

The TLX 6 kW Pro features integrated web server communication (Picture: Danfoss)

Inverters

Danfoss Launches TLX 6 kW Throughout Europe

Danfoss Solar Inverters has announced the introduction of the TLX 6 kW photovoltaic inverter which became available on January 2, 2012. The six-kilowatt inverter, designed for residential use, enables customers to utilise a portion of the energy produced by a residential set-up. more...

January 30, 2012

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Fig.1: For the industrial identification, intelligent code reading systems are available to the various users (Pictures: Siemens)

Automatic Identification Assures Greater Reliability

Traceability for Control

Photovoltaic manufacturers place high demands on the traceability of their solar modules. Intelligent identification systems ensure reliable detection of the product ID or batch number. They reduce the risk of manufacturing defects while at the same time meeting the demand of maximum possible production reliability. more...

January 12, 2012

Junction box assembly is one of the last process-relevant steps in PV module production (Pictures: Phoenix Contact)

Fast Junction Box Connection Technology for Automated Production Process

Designed for Automation

Junction box assembly is one of the last process-relevant steps in photovoltaic module produc-tion and essentially defines the interface between module and PV system. A new connection technology is especially designed for production lines with a high level of automation. more...

January 11, 2012

Fig.1: Some temperatures are recorded by Speedway modules near measurement points within the processing area

Automation of Soldering

No Energy Wasted

In order to economically manufacture customer-specific machines, Somont, a manufacturer of stringer soldering machines, relies on modular automation systems and rail-mounted terminal blocks for connection technology. more...

December 14, 2011

Fig. 1: To prevent the synchronised operation of the linear axes from being disturbed by the non-synchronised moving conveyor belts, servo controllers and exactly fitting servo drives of the Accurax G5 family ensure constant motion of the belts

Linear drive technology with laser sensor system and safety engineering

Knowing User Demands

Effectively quality testing can be accomplished by well-conceived integration of quality control into the production process. In addition to testing expertise and the appropriate inspection technology, such a step also requires reliable and dynamic materials handling engineering. more...

December 13, 2011

Glass Technolgy - Float

Automation of Thin-Film Plant; Concentrated Photovoltaics

High Tech Solutions for Thin-film Module Production

Experience gained in flat glass technology has enabled Grenzebach to develop production machinery for photovoltaic thin-film modules and to manage the entire automation of any thin-film production plant. more...

November 15, 2011

Fig. 1: Even the Vatican has discovered PV technology – quality must be assured

Not a question of faith

Wafer thickness measurement

Silicon wafers are manufactured in many countries, for chip production as well as for photovoltaic cells. Critical factors in the production process are minimising raw material usage and maximising efficiency and reliability. Measuring the wafer thickness during the process could save costs and enhance quality. more...

June 9, 2011

Thin-film module manufacturers also use these adhesives

Adhesive

Advancing Solar Module Assembly Capability

Designed for assembly of thin-film solar substrates, Hysol Eccobond CE3103WLV from Henkel is an electrically conductive adhesive (ECA) which overcomes the challenges of unstable contact resistance posed by older-generation ECAs. more...

May 31, 2010

Fig. 1: The automated, modular layup station from Schmid Technology Systems

LAYUP REDESIGNED

Automation for Efficient, Modular Layup Stations

On the basis of uniform automation technology, a leading manufacturer is now implementing modular layup stations for cell strings. The control concept developed with the supplier integrates process and safety functions. It is modular in design and open for integration into existing lines. Fully automatic layup can be performed quickly, precisely, carefully, and cost-effectively. more...

May 17, 2010

Fig. 1: Laser marking of solar cells allows digital traceability along the

Every piece is unique

Laser Marking of Silicon Solar Cells Enhances Quality Control

Solar systems are capital-intensive goods which are operated over a long period of time. In order to impact lifetime quality requirements positively, intensified process and quality control is crucial. Laser marking provides a meaningful contribution to these requirements. more...

May 12, 2010

Fig. 1 With this failed diode the plastic was etched away, the die had melted metallisation on top.

Disruptive changes

Solar Bypass Diodes: Then and Now (Part 2)

The solar industry is rapidly changing. A recent disruptive change has been the introduction of “Individual Solar Module Performance Monitoring” solutions. This technology, which is currently being deployed, will highlight previously unrecognised field failures of bypass diodes. Part 2 of this article describes the testing of bypass diodes and the consequences of diode failures. more...

May 10, 2010

Fig. 1: Process control and manufacturing improvement are the driving forces in the development of an inspection system

Inspected Improvement

In-line Inspection Systems with Independent Automation

Efficient thin-film production is possible only with a reliable process and quality monitoring. Minimal defects in the individual components can result in product waste or ultimately in enormous performance losses in the completed module. An in-line thin-film inspection system helps save money and improve the efficiency of the production process – because not only examination of thin-film modules but also optimisation of all production processes must be the target. more...

May 5, 2010