Designed, Engineered & Made in Belgium

LoopXCell – Press Brief

One Line Summary

Modular, intergenerational, unlockable, immersion-cooled, resilient battery system

Overview

LoopXCell introduces an energy storage architecture designed to combine structural durability, electronic sobriety, passive immersion cooling, and distributed energy intelligence — in a format that is scalable, long-lasting, and future-ready.

Technological Timeline

This upgrade brings major advances:

Cooling & Thermal Valorization

LoopXCell relies on complete immersion cooling using a dielectric heat-transfer fluid that is both thermally stable and electrically insulating.

This fluid enables:

Furthermore, the thermal surplus generated by the system can be recovered and reused through the building’s HVAC systems (heating, ventilation, air conditioning).
This creates a circular thermal loop, where waste heat is repurposed for space or water heating — increasing total system efficiency.

Compliance, Safety & Redundancy

LoopXCell is built around 48V architecture, in full compliance with Synergrid standards, ensuring compatibility with grid-connected and off-grid systems in Europe.
It is electrically safe for use in residential, public, and technical environments — including installation zones accessible to technicians, families, and children.
Yet LoopXCell pushes the standard to its maximum performance potential: while operating within 48V class boundaries, the system charges at up to 60V to achieve higher conversion efficiency and faster energy throughput — without compromising safety or certification.
Each battery pack includes millivolt-level cell balancing, managed by two fully independent balancing systems — a rare form of redundant safety.
This means that even in the event of a partial hardware failure, the system continues to operate safely, predictably, and in a balanced state.

Redundancy is built at every level:

Furthermore, the thermal surplus generated by the system can be recovered and reused through the building’s HVAC systems (heating, ventilation, air conditioning).
This creates a circular thermal loop, where waste heat is repurposed for space or water heating — increasing total system efficiency.

Key Technical Features

FeatureLoopXCell Specification
CapacityUnlockable remotely or on demand
Mechanical StructureStainless steel enclosure, modular, durable
CoolingFull immersion (cells + inverters + chargers)
SafetyFire-resistant, thermally buffered electronics
Thermal IntegrationHVAC-compatible heat recovery
Voltage Compliance48V Synergrid-certified, 60V peak
Cell BalancingDual-system redundancy, sub-mV precision
ApplicationsResidential, microgrid, industrial, off-grid
Energy ManagementRemote management, scalability, grid-share ready

Intergenerational Design Philosophy

LoopXCell is engineered to outlast traditional battery lifespans.
Its stainless-steel architecture, immersion cooling, and modular electronics allow the unit to be reconditioned, upgraded, or repurposed over decades — whether in a home, shared facility, or public infrastructure.
This enables multi-generational ownership, where a system can evolve across time, applications, and users — without planned obsolescence.

AmooFlex Program

The AmooFlex service package offers extended support, aligned with LoopXCell’s long-term mission:

Ready for layout. Shall I now produce a high-quality PDF version with your logo, color highlights, sidebar “Media Contact & Downloads,” and a visual cover page for journalists?

Contact & Access

All press materials, technical sheets, image galleries, and request forms are available at:

One Line Summary
Modular, intergenerational, unlockable, immersion-cooled, resilient battery system

Overview
LoopXCell introduces an energy storage architecture designed to combine structural durability, electronic sobriety, passive immersion cooling, and distributed energy intelligence — in a format that is scalable, long-lasting, and future-ready.

Technological Timeline
Since 2024, LoopXCell has implemented a capacity unlocking model: every unit is delivered with more physical energy storage than initially activated. Users can unlock additional capacity later, depending on evolving needs or budget, without hardware changes.
Since 2025, the system evolved into full immersion design, where not only the battery cells but also all power electronics — inverters, chargers, DC converters — are now fully immersed in the same dielectric cooling fluid.
This upgrade brings major advances:
ď‚·Enhanced fire resistance and thermal safety
ď‚·Increased mechanical durability in harsh environments
ď‚·Improved component lifespan
ď‚·Greater power density and system efficiency

Cooling & Thermal Valorization
LoopXCell relies on complete immersion cooling using a dielectric heat-transfer fluid that is both thermally stable and electrically insulating.
This fluid enables:
ď‚·Passive and uniform thermal regulation
ď‚·Complete electrical isolation, even for live components
ď‚·Extended component lifespan without fans or moving parts
Furthermore, the thermal surplus generated by the system can be recovered and reused through the building’s HVAC systems (heating, ventilation, air conditioning).
This creates a circular thermal loop, where waste heat is repurposed for space or water heating — increasing total system efficiency.

Compliance, Safety & Redundancy
LoopXCell is built around 48V architecture, in full compliance with Synergrid standards, ensuring compatibility with grid-connected and off-grid systems in Europe.
It is electrically safe for use in residential, public, and technical environments — including installation zones accessible to technicians, families, and children.
Yet LoopXCell pushes the standard to its maximum performance potential: while operating within 48V class boundaries, the system charges at up to 60V to achieve higher conversion efficiency and faster energy throughput — without compromising safety or certification.
Each battery pack includes millivolt-level cell balancing, managed by two fully independent balancing systems — a rare form of redundant safety.
This means that even in the event of a partial hardware failure, the system continues to operate safely, predictably, and in a balanced state.
Redundancy is built at every level:
ď‚·cell balancing (2 systems)
ď‚·control logic
ď‚·safety supervision
ď‚·firmware fallback

Key Technical Features
Feature LoopXCell Specification
Capacity Unlockable remotely or on demand
Mechanical Structure Stainless steel enclosure, modular, durable
Cooling Full immersion: cells + inverters + chargers
Safety Fire-resistant, thermally buffered electronics
Thermal Integration HVAC-compatible heat recovery
Voltage Compliance 48V architecture – Synergrid certified, with 60V charge peak
Cell Balancing Dual-system, redundant, sub-millivolt precision
Applications Residential, microgrid, industrial, off-grid
Energy Management Remotely manageable, scalable, and grid-share compatible

Intergenerational Design Philosophy
LoopXCell is engineered to outlast traditional battery lifespans.
Its stainless-steel architecture, immersion cooling, and modular electronics allow the unit to be reconditioned, upgraded, or repurposed over decades — whether in a home, shared facility, or public infrastructure.
This enables multi-generational ownership, where a system can evolve across time, applications, and users — without planned obsolescence.

AmooFlex Program
The AmooFlex service package offers extended support, aligned with LoopXCell’s long-term mission:
ď‚·Lifetime warranty
ď‚·Preventive maintenance
ď‚·Remote software upgrades
ď‚·24/7 system monitoring
ď‚·Emergency capacity unlocking

Ready for layout. Shall I now produce a high-quality PDF version with your logo, color highlights, sidebar “Media Contact & Downloads,” and a visual cover page for journalists?

Contact & Access
All press materials, technical sheets, image galleries, and request forms are available at:
www.loopxcell.energy/press
Inquiries: press@amoovo.com
Technical: loopxcell@amoovo.com
Lab location: Verviers, Belgium