The energy storage market is becoming a key elements of the energy sector and is part of our day-to-day life.

Despite an extensive investment in innovation, current solutions are facing some limits:
❌ 2D electrodes are limited in terms of active surface areas ; 
❌ Energy density and power density requirements lead to more and more complex composition including critical material ;
❌ Environmental and safety regulations are more and more stringent

Our objective : think out of the box by creating more efficient energy storages while using less material. 🚀 

👉 Why OXYT Energy? 

Building on over a decade of R&D at LAAS-CNRS lab, expert scientists have developed an innovative deposition method enabling the structuring of materials into extremely porous 3D architectures.

OXYT Energy electrodes and systems:

✅have an Areal Enlargement Factor (AEF) over 1000 compared to metallic foils,
✅increase significantly the performances of the energy storages wrt power and energy density
✅reduce the required quantity of critical and rare earth elements by otpimising the geomettry 
✅are produced without any pollutent and can be recycled and ven refurbished.

⭐⭐⭐ Our technology : 

• Versatile and flexible process : able to manufacture electrodes from different substrates (metallic foils or foams, carbon foams…..)
• From micro scale to large scale electrodes 
• Replicable at an industrial scale.

Today, OXYT Energy is looking forward :

👌demonstration programs
👌co-development partnerships
👌scalling from pilote to industrial supply

💬 Let’s talk about it !

Please contact us to share our enthousiasm🤩

🔗 contact@oxyt-energy.com

OXYT ENERGY

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