Our technology

From Quantum Research to Sustainable Energy Innovation

After over a decade of cutting-edge academic research in quantum materials, Pioniq is proud to unveil a new class of solid-state energy storage devices—completely free of lithium, cobalt, and graphite. Powered by quantum physics, our technology offers a sustainable alternative to conventional Li-based batteries, reducing environmental impact while enabling high-performance energy solutions.

The unique properties of our solid-state energy materials—both electrodes and electrolytes—allow our R&D teams to harness the most advanced simulation and prediction tools, including quantum computing. By working closely with a global ecosystem of academic and industrial partners, we accelerate discovery, optimize performance, and drive the development of sustainable, next-generation energy storage technologies.

Powering Tomorrow with Clean, Decarbonized Energy

Unlike conventional technologies, our energy storage solution is built on a new class of chemical compounds that are abundant, non-critical—as defined by the EU Critical Raw Materials Act—recyclable, and cost-effective. We believe that for energy storage to be truly viable at scale, it must directly address the challenges of sustainability, circularity, and material availability from the ground up.

Built with Safety at the Core

Our technology leverages solid-state materials to provide superior chemical stability and ensure absolute safety for end-users. This innovative approach eliminates many of the risks of traditional batteries, offering a reliable and sustainable solution for the future of energy storage.

Reliable Performance, Robust Technology

Our energy storage devices maintain high efficiency across a wide temperature range (-50°C to 100°C), meeting the demanding needs of sectors like IoT, industrial IoT, space, defense, and mobility. Designed for resilience, they ensure reliable performance in even the harshest environments, providing a versatile solution for a wide range of high-performance applications.

Harnessing Quantum Paradigms for Advanced Energy Materials

Quantum materials are defined by the concept of emergence, as described by P.W. Anderson. This principle reveals how complex behaviors and properties arise from simple interactions at the quantum level, enabling breakthroughs in energy storage and other advanced technologies.

(Physics Nobel prize) in a seminal paper entitled « More is different » in 1977.

Our technology is protected by international patents,
securing its innovation and market leadership.

Our upcoming commercial products are designed to meet the evolving needs of the microelectronics for IoT, industrial IoT, defense and aerospace sectors.

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