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Solid state chemistry

We study the production of new promising materials for Li-ion, Na-ion... batteries with the goal to decrease their cost, their environmental impact and increase their performances.

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Modeling

To quicken researches, we directly simulate the behaviors of many battery technologies from the material to the system level and from Li-air to redox flow. Our results guide our experimental researchers towards the most promising combinations/materials.

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Electrochemistry

We study the electrochemical properties of new formulations of conventional or innovative battery electrodes (composite porous electrodes for Li or Na batteries, sintered thick electrodes, electrodes for solid batteries, etc...)

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Organic materials

Binders, separators, electrodes, grafting, electrodes... our researchers are using organic chemistry to improve batteries!

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Synthesis, surfaces, interfaces

We are developing less energy demanding synthesis routes (e.g. biomineralization), we are studying interfaces (e.g. lithium sulfur batteries) and create original architectures (e.g. nano-confining).

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Prototyping

Thanks to our prototyping equipments we can test our fundamental research discovery at an industry-grade level: the 18650 battery cell format (used in electric vehicles).

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Photovoltaics

Inspired by photosynthesis, our researches focuses on dye-sensitized solar cells that uses organic materials. Compared to inorganic solar cells they are flexible, simple to produce and transparent.

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Job Opportunities

PhD, engineering positions, permanent research positions, postdocs, internship in chemistry…

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Soutenance de thèse de Linh PHAM

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Alejandro Franco received the Battery Division Whittingham Mid-Career Award

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2020-11-19

The LRCS, over 25 years ago.
Inauguration of the old "new" LRCS building on October 21, 1993.
Voice of the Director, Professor Michel FIGLARZ.
Source: VHS SECAM