Energy Materials Research - ZEISS
Microscopy Applications for Materials Science

New Materials for New Energy

Research and development of sustainable energy devices for future generations is crucial. Such devices - including batteries, fuel cells, and solar cells - will represent a major shift in how energy is generated, stored, and converted. Today, the main research focus is on extending the lifetime of these devices, increasing their power and storage density, and improving their efficiency and safety.

It’s obvious that generating, storing, and using energy sustainably will be a key challenge going forward. And it’s a challenge in which microscopy will play an important role. After all, the performance of future devices is intrinsically linked to their micro- and nano-structure. Microscopy techniques allow researchers to dig deep, helping them investigate the reasons behind why certain materials work and why some don’t.

And better microscopy tools mean more accurate analysis. ZEISS is committed to helping you move your research forward. ZEISS provides X-ray, electron and ion microscopes, along with multi-modal solutions, that keep up with the ever-increasing demands of energy research.

Learn More About ZEISS Microscopy Solutions and How They Can Help You

Multi-Scale Battery Imaging

Multi-Scale Battery Imaging

Protecting our Planet – The Future of Fuel Cells

Protecting our Planet – The Future of Fuel Cells

A Greener Future: The Push for Low-Cost, Efficient Solar Cell Technology

A Greener Future: The Push for Low-Cost, Efficient Solar Cell Technology

Nuclear Power: A Zero Emission Clean Energy Source

Nuclear Power: A Zero Emission Clean Energy Source

Imaging Microstructures, Defects, and Magnetic Domains in Permanent Magnets

Imaging Microstructures, Defects, and Magnetic Domains in Permanent Magnets

How-to Video

  • Non-destructive High-resolution Imaging of Batteries with X-ray Microscopy

Downloads

  • ZEISS Atlas 5

    Characterization of Solid Oxide Electrolysis Cells by Advanced FIB-SEM Tomography

    1 MB
  • 4D Study of Silicon Anode Volumetric Changes in a Coin Cell Battery using X-ray Microscopy

    1 MB
  • Light Microscopic Analysis of the Intrinsic Properties of Magnetically Hard Phases from the Domain Structure

    2 MB
  • ZEISS Crossbeam and ZEISS ORION NanoFab

    Alkali Diffusion in CIGS Solar Cells Studied by Gallium and Neon SIMS

    1 MB


Visit the ZEISS Download Center for available translations and further manuals.

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