Battery systems for the next generation of energy.

High-performance, modular battery systems engineered for demanding applications built from new or second-life EV cells.

Transparent EION battery module

Power where performance matters most

Battery systems designed for mobility, industrial and energy storage applications.

Energy systems are no longer defined by capacity alone. They are defined by reliability, integration and adaptability.

EION battery systems are designed for high-demand applications, with modular architecture and consistent long-term performance.

Engineering Energy Systems for a Sustainable Future

Designed and assembled in Barcelona, Engineered to Change the World.

EION Battery Lab team portrait

Energy systems are evolving.

Performance requirements are increasing. Lifecycles are getting shorter. And disposable batteries are no longer viable.

EION exists to change that. We design modular battery systems built for longevity, adaptability and real-world performance.

No greenwashing. Just engineering.

CORE FEATURES

Modular Architecture

Battery systems designed for flexible configuration across voltage, capacity and application requirements.

Scalable by Design

From 0,5 kWh to 50kWh systems, same architecture, high performance.

Safety First

Multi-layer protection systems including advanced BMS, thermal management and fault isolation systems.

Second-Life EV Cells

Tested, graded and integrated EV cells with 70-80% remaining capacity, repurposed into reliable energy systems.

EION battery system detail

Technology

Integrated energy architecture

Every component is designed to connect, communicate and scale as a unified system.

Battery modules, chargers and inverters built on a single, integrated architecture.

GET YOURS

BATTERY MODULE

Designed for scalable energy storage systems, with modular architecture and reliable lithium battery performance.

CHARGERS

Engineered for efficient energy management, ensuring safe charging, system integration and optimal battery lifespan.

INVERTERS

Convert and manage power within integrated energy storage systems for stable and reliable operation.