PRODUCTS

Explore our core product range of smart battery solutions below, featuring the HYBA Module, HYBA Pod, and TCU System.

A close-up view of a battery pack with four green cylindrical batteries arranged horizontally in a plastic holder.

HYBA Module

  • A compact, weldness battery module, designed for maximum serviceability, modular assembly, and full compliance with European battery regulations.

  • •7p cell modules, stackable and fully modular

    •No cell welding—just click and connect

    •Integrated temperature monitoring (NTC)

  • The HYBA Module is a lightweight, high-reliability building block designed around our patented non-welded architecture. Each module contains seven individual cells that can be easily replaced, enabling unmatched serviceability and extended product lifetime. Its robust mechanical structure ensures thermal stability, high vibration resistance. The modules can be mecanically connected in 3 directions, making possible to assemble endless battery formats and sizes. Low capex for assembly, easiness to scale, 1 solution for infinite formats.

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Person holding a stainless steel portable battery with a green logo and the word 'HYBA' on it.

HYBA Pod

  • A robust, modular 1.8 kWh battery pod integrating 14 non-welded modules and smart telemetry, engineered for fast swapping, seamless fleet operations, and regulatory compliance

  • •48 V architecture with up to 8 batteries in parallel

    •Dedicated BMS and solid‑state main switch

    •7p cell modules, stackable and fully modular

    •No cell welding—just click and connect

    •Integrated temperature monitoring (NTC)

    •Remote battery monitoring (SOC, SOH)

  • The HYBA Pod combines 14 non-welded battery modules into a high-performance 1.8 kWh system designed for intensive fleet operations. Built for rapid swapping, the pod eliminates downtime caused by charging cycles and provides a stable, long-life energy source for golf carts, micro-cars, utility vehicles, delivery fleets, and industrial platforms.

    Integrated smart telemetry ensures compatibility with our TCU for real-time health monitoring, predictive maintenance, and seamless fleet management. Once cells are at end of life, the Pod is design to be easy to maintain: cells can be replaced thanks to the weldness technology. This can lower the TCO of the fleet by 40%.

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Stacked lithium-ion batteries with blue casings and white connectors on a white background.

Custom Battery Packs

  • Our battery packs allow for flexibility with format customization, created by mounting weldless battery modules, designed for maximum serviceability, modular assembly, and full compliance with European battery regulations.

  • •Modules of 7p connected without welding

    •Any format can be fulfilled

    •Integrated temperature monitoring (NTC) in each module or parallel

  • The HYBA Module is a lightweight, high-reliability building block designed around our patented non-welded architecture. Each module contains seven individual cells that can be easily replaced, enabling unmatched serviceability and extended product lifetime. Its robust mechanical structure ensures thermal stability, high vibration resistance. The modules can be mecanically connected in 3 directions, making possible to assemble endless battery formats and sizes. Low capex for assembly, easiness to scale, 1 solution for infinite formats.

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A black-and-white close-up of a digital circuit board with interconnected pathways and labeled blocks and components.

Telematic Control Unit (TCU)

  • A telematics control unit that provides real-time battery monitoring, remote diagnostics, and seamless fleet integration for maximized uptime and performance.

    • MicroSIM connectivity for cloud-based data storage and remote access

    • GPS for real time battery monitoring and management

    • Unique identification to simplify battery tracking, recycling, operations

    • Compact 14×6cm integration for effortless incorporation

  • The HYBA TCU System is the intelligence layer of the HYBA ecosystem, collecting and transmitting real-time data on battery health, performance, location, and usage patterns. With cellular connectivity and cloud integration, it enables predictive maintenance, remote troubleshooting, and complete operational visibility for fleet operators. The TCU ensures maximum uptime, reduces maintenance costs, and allows seamless integration with existing fleet software and dashboards.

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