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Advanced Energy Architecture — Designed, Engineered & Built In Belgium — Immersion Systems Lab

AmoovoXLab — European Energy Systems Architecture

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LoopStore

BOUTIQUE BATTERIES

Langues

ENERGY SYSTEMS FOR BUILDINGS & INDUSTRIAL SITES

Engineered energy infrastructure for businesses, facilities, and large-scale operations

AmoovoXLab designs and deploys advanced energy systems for buildings and industrial environments, ensuring continuous power, intelligent load management, and long-term operational stability.

From grid-connected optimization to full energy autonomy, each system is engineered as a scalable infrastructure — built to adapt, evolve, and perform under real-world conditions.

ENGINEERED ENERGY ARCHITECTURES FOR EVERY ENVIRONMENT

Designed to adapt to conditions, constraints, and operational demands

EXTREME ENVIRONMENTS

Systems designed to operate in harsh and unpredictable conditions, including temperature extremes, humidity, and remote deployments.

STANDARD OPERATIONS

Reliable and optimized energy infrastructure for buildings, facilities, and daily operational environments.

HIGH-DEMAND SYSTEMS

Advanced configurations engineered for intensive loads, peak consumption, and high-performance requirements.

SPECIALIZED CONDITIONS

Custom-engineered systems for specific use cases, including cold climates, mobile applications, and constrained environments.

CONSTRUCTION

Ensure continuous power on construction sites, even in temporary or remote environments.
Support tools, machinery, and on-site operations with reliable and deployable energy systems.

COMMERCE & HÔTELLERIE

Maintain uninterrupted operations across point-of-sale systems, kitchens, and customer environments.
Stabilize energy usage and protect business continuity during peak hours or outages.

AGRICULTURE

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KEEP YOUR BUSINESS RUNNING

Amoovo designs and deploys energy systems that ensure operational continuity across all industrial environments.

From production sites to critical infrastructure, our architectures are built to maintain power availability under all conditions — including outages, peak demand, and unstable networks.

Each system is engineered for resilience, scalability, and real-time control, allowing operators to manage multiple sites from a unified interface.

Energy becomes predictable, controllable, and always available.

24/7 OPERATIONAL SUPPORT

Amoovo provides continuous monitoring and expert support to ensure your energy systems operate without interruption.

Our teams supervise installations in real time, anticipate anomalies, and intervene immediately when required.

For critical operations, dedicated technical support and system optimization services ensure maximum uptime, performance, and reliability.

Energy is no longer a risk — it becomes a controlled infrastructure.

BUILT FOR EXTREME CONDITIONS

Amoovo engineers energy systems designed to operate in the most demanding environments.

From extreme temperatures to harsh weather conditions, each architecture is built to ensure continuous performance, structural durability, and operational stability.

Our immersion-based thermal management and sealed system design eliminate traditional failure points, allowing installations to function reliably where conventional systems fail.

Energy remains available — regardless of conditions.

Contenu du kit

INVERTERS

COOLING FLUID

KwH PACKS

TOUCH SCREEN

MONITORING APP

SYSTEM ARCHITECTURE & INTEGRATION

Amoovo designs complete energy architectures — not standalone products.

Each system is engineered to integrate seamlessly across multiple sites, enabling coordination, communication, and real-time control of distributed energy assets.

From local installations to large-scale infrastructures, our approach ensures scalability, interoperability, and long-term system coherence.

Energy becomes a connected, intelligent network.

ENERGY STORAGE K20 MONOPHASE

ENERGY STORAGE K40 TRIPHASE

ENERGY STORAGE K60 MUTIPHASE

ENERGY STORAGE K80

SCALABLE INFRASTRUCTURE

Systems are designed to expand over time, allowing additional capacity, new sites, and evolving requirements without redesigning the core architecture.

CROSS-SITE ENERGY NETWORK

Multiple installations can be interconnected, enabling coordination of energy flows, load balancing, and optimized distribution across locations.

REAL-TIME MONITORING & CONTROL

All systems are supervised through a unified interface, providing full visibility, predictive insights, and immediate control over operations.

OTHER