List of products by brand INNOVATION TECH

Innovation Tech is a French manufacturer (since 2018) of lithium-ion battery packs, with a strong focus on LiFePO4 (LFP) for traction and industrial applications. Packs include expected safety functions (BMS, electrical and thermal protections) and can be supplied with system communication features (depending on series: CAN/CANopen, diagnostics, dynamic current limits).

Innovation Tech is a French lithium-ion battery manufacturer founded in 2018, specialising in LiFePO4 (LFP) solutions for traction, industrial and embedded systems. The approach is “battery solution–driven”: pack design, battery management electronics (BMS), functional safety and integration into the machine or vehicle power architecture.

LiFePO4 technology: stability & intensive use

• LFP chemistry is selected for its thermal stability and robust cycling behaviour in demanding environments.
• Designed for reliability and safe operation over time rather than pushing maximum energy density at all costs.

Safety & Battery Management System (BMS)

• Cell-level monitoring (voltages, temperatures) for accurate pack visibility and fast diagnostics.
• Typical protections depending on configuration: over/under-voltage, over-current, short-circuit, over-temperature, dynamic current limiting.
• Cell balancing (passive or active depending on ranges) to maximise usable capacity and keep performance consistent.
• Operational functions: SOC/SOH estimation, alarms, and event/fault logs (version-dependent).

System integration: traction, charging, regeneration

• Communication-ready packs (series-dependent) to manage charge/discharge limits and secure “charger connected” scenarios.
• Integration with compatible drives and chargers via CAN/CANopen, publishing states and current limits (depending on versions).
• Integration support: wiring and upstream protection guidelines, thermal derating constraints, and functional validation.

Typical applications

• Traction: vehicles and industrial machines, embedded mobility platforms.
• Marine: electric/hybrid propulsion and auxiliary loads (project-dependent).
• Embedded power: bus conversion, auxiliary supplies, multi-source architectures (battery + charging + auxiliaries).

Quality & industrialisation approach

• Maintainability-oriented design: accessibility, diagnostics, safe behaviour in degraded conditions.
• Defined operating limits: thermal conditions, allowable currents, and integration rules to protect service life.