Module Technology

R&D Services

Cell Interconnection

The interconnection of solar cells causes ohmic and optical losses in a module. We use various soldering technologies and industrial stringing equipment for measuring and optimizing the quality of the joints.

Encapsulation

With advanced characterization methods we are able to analyse all aspects of laminate properties. We focus on fast and accurate methods to accelerate product and process development cycles.

Integrated Modules

We develop integrated module designs to meet specific requirements and create tailored product solutions.

Module Efficiency

Solar cells usually suffer from losses when integrated into a module. We analyze the effects down to the material level and assess the potential for optimization.

FEM-Simulations of PV Modules and Components

Finite element method (FEM) simulations can quickly reveal optimization potential of PV modules and their components.

Fraunhofer ISE offers a comprehensive range of services for module product development and materials testing. We provide support for turning innovative ideas into reliable, efficient and competitive products, as well as for improving quality and efficiency in existing module and interconnection concepts.

Our research covers the integration of high-efficiency solar cells, reliable soldering processes, conductive adhesive technology, laminate-free edge-sealed solar modules and the cell-to-module (CTM) power and efficiency optimization.

We are able to develop, improve and test your products to meet industrial demands. Our excellently equipped Fraunhofer ISE Module Technology Center (Module-TEC) supports development from first ideas to module pilot manufacturing.

SmartCalc.CTM
© Fraunhofer ISE
With SmartCalc.Module Fraunhofer ISE has developed a software that helps reduce the cell-to-module power losses in PV module manufacturing.

SmartCalc.Module is a tool for the fast and precise calculation of cell-to-module losses and gains for solar modules.

The combination of sophisticated scientific models and measured data provide the basis for CTM loss analysis of a wide range of module concepts and materials. An intuitive graphical user interface allows for quick and easy virtual protoytyping.

 

© Fraunhofer ISE
Industrial stringer for the interconnection of solar cells at Module-TEC

Module-TEC offers extensive facilities to develop module technology. It fills the gap between laboratory development and industrial production technology by allowing relevant charge numbers and formats to be processed. In addition to production and processing technology, numerous analytical facilities are available for quality control. Our research is concentrating on connection technology for crystalline solar cells, integration of high-efficiency cells into modules and the analysis and optimization of module efficiency. In parallel, we are developing application-specific customized modules for building integration (BIPV) and integration into vehicles.

Selected Research Projects

 

GEPARD

High-Throughput Production System and Process Technology for Crystalline Silicon Solar Modules

 

Lade-PV

Development of Vehicle-Integrated Photovoltaics for On-Board Charging of Electric Utility Vehicles

 

CTM 100+

Improving Module Performance by Analysis of Cell-to-Module Losses with SmartCalc.CTM

Latest Press Releases

 

Press Release - October , 2021

Staggered and Arrayed: M10 Industries AG and Fraunhofer ISE Develop Matrix Shingle Technology to Industrial Maturity

The stringer arranges the shingle solar cells offset from each other similar to bricks in a masonry wall.

 

Press Release - September 23, 2021

European Glass-Glass Photovoltaic Modules Are Particularly Climate-Friendly

Researchers at the Fraunhofer ISE have calculated that silicon photovoltaic modules manufactured in the European Union produce 40 percent less CO2 than modules manufactured in China.

 

Press Release - May 08, 2020

Fraunhofer ISE’s CalLab PV Modules Improves Measurement Uncertainty to Record Value of 1.1 %

It has been re-accredited as an independent calibration laboratory according to the new standard DIN EN ISO/IEC 17025: 2018. 

Downloads: Flyer of Module Technology

Flyer: High Efficiency Matrix Shingle Modules

Building-Integrated Colored Solar Modules

Flyer card: Life Cycle Assessment in Photovoltaics

Flyer card: FEM Simulation

Current publications - Module Technology

 

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Diese Liste ist ein Auszug aus der Publikationsplattform Fraunhofer-Publica

This list has been generated from the publication platform Fraunhofer-Publica