Your battery from €5,900 — Designed & made in Belgium — Remotely unlockable energy — Lifetime warranty.
Fom €5,900 — Designed in Belgium — Lifetime.
LoopXCell packs are intentionally oversized at the cell level. Only a defined portion of the total capacity is initially activated. Capacity unlocking is performed digitally, without hardware modification, allowing users to scale from a partial activation (e.g. 6 kWh) to full capacity at any time.
All cells participate electrically and thermally from day one, reducing stress, balancing aging, and extending overall lifetime.
All electronic components and cells operate fully immersed in a non-conductive cooling fluid inside a stainless steel enclosure. This architecture ensures homogeneous temperature distribution, eliminates hotspots, reduces fire propagation risks, and stabilizes electrical behavior under high load.
The design significantly reduces the need for oversized copper paths, active ventilation, and external cooling systems.
Inactive capacity is aggregated by Amoovo LAB into a virtualized energy reserve. This reserve can be dynamically allocated to grid services, frequency regulation, peak shaving, and energy trading — while maintaining full user ownership and autonomy.
This approach transforms unused kWh into an active system-level asset.
LoopXCell guarantees that unlocked capacity corresponds to real, usable energy. There are no artificial buƯers or hidden limitations. If 6 kWh are unlocked, 6 kWh are accessible at the output.
An emergency override mechanism allows temporary access to 100% of internal capacity, regardless of unlock status, prioritizing resilience over commercial constraints.
The platform is designed for long-term evolution: off-grid systems, microgrids, energy communities, EV integration, and multi-pack energy loops. Mechanical, electrical, and software layers are modular and scalable without redesign.
LoopXCell is a system architecture, not a static product.
CerebroXmeshreplaces traditional BMS-centric logic with a higher-level supervisory intelligence developed in Belgium. It orchestrates balancing strategies, safety thresholds, prediction models, and system behavior across packs and subsystems.
This sovereign software layer ensures transparency, auditability, and independence from closed vendor ecosystems.
The use of large-format 600A cells reduces internal resistance, limits thermal stress, and minimizes the quantity of parallel components. This results in simplified electronics, reduced copper mass, and improved long-term stability under continuous load.
Engineering is intentionally oversized to increase reliability margins.
LoopXCell supports multi-voltage configurations (e.g. 48V, 96V and future ranges) through modular electrical architecture. Packs can be combined, clustered, or reconfigured without altering the core system design.
This enables flexible deployment across residential, industrial, and mobile use cases.
Mechanical containment, immersion cooling, redundant safety logic, and emergency unlock mechanisms allow LoopXCell to operate reliably during grid instability, blackouts, or extreme conditions.
The system prioritizes continuity of supply and controlled failure modes.
Cells are designed for reconditioning and redeployment. End-of-first-life cells are repurposed into secondary applications such as educational platforms, workshops, and low-cost energy systems.
This circular approach reduces waste while extending the functional value of each cell.
You only pay for what you need at the beginning.
As your life evolves, you unlock more battery capacity — instantly, without changing hardware.
All cells are immersed in a special cooling fluid, inside a stainless steel enclosure.
This keeps the battery cool, silent, stable, and significantly safer than conventional designs.
Unused capacity is never wasted.
It can be temporarily aggregated into a shared energy pool to support the grid, trade energy, and offer cheaper power to LoopXCell users.
If LoopXCell shows 6 kWh, you can actually use 6 kWh.
No hidden buffers, no marketing tricks — and in emergencies, the full internal capacity can be temporarily unlocked.
LoopXCell is ready for what comes next: electric vehicles, off-grid living, smart grids, and energy communities.
You invest in a system that grows with you.
Your battery is managed by our own control intelligence, developed in Belgium.
This means transparency, independence, and protection from closed or foreign-controlled systems.
Large 600A cells and minimal internal wiring reduce stress, heat, and wear.
Fewer components, lower losses, longer lifespan.
One LoopXCell system can adapt to different voltages and projects.
You can combine, expand, or reconfigure packs instead of replacing everything.
Designed to keep working when things go wrong.
Stainless steel, fluid cooling, and multiple safety layers ensure reliable energy during outages or grid instability.
Cells are reused and reconditioned instead of discarded.
They find a second life in schools, workshops, and low-cost energy solutions — energy that keeps circulating.
