Advanced Energy Architecture — Designed, Engineered & Built In Belgium — Immersion Systems Lab
AmoovoXLab — European Energy Systems Architecture
Idéale pour les foyers
Idéal pour les services d’urgence, les activités mobiles et maritimes.
Additional Mobile Priority Data available by the GB
Unlimited Standard Data after Priority allotment. Additional Priority Data available by the GB.
Additional Mobile Priority Data available by the GB
Additional Mobile Priority Data available by the GB
Energy infrastructure for buildings, sites, and facilities
Designed for residential complexes, commercial buildings, and industrial sites, AmoovoXLab systems transform buildings into autonomous energy nodes.
From grid-connected optimization to full off-grid independence, each system is engineered to ensure continuous power, intelligent load management, and long-term stability.
Turn any building into an energy system.
Power systems for vehicles, fleets, and operations on the move
AmoovoXLab develops mobile energy systems designed for dynamic environments — from utility vehicles to autonomous operations.
Built for robustness and flexibility, these systems provide reliable power wherever mobility is required, without compromising performance or safety.
Energy that moves with your operations.
Reliable power systems for maritime environments
Engineered for harsh marine conditions, AmoovoXLab systems deliver stable, corrosion-resistant, and vibration-tolerant energy solutions for boats, ships, and offshore operations.
From onboard autonomy to hybrid marine infrastructure, every system is built to ensure uninterrupted energy at sea.
Power you can rely on at sea.
Advanced energy systems for aviation and high-demand environments
AmoovoXLab explores and develops high-performance energy architectures for aerospace applications, where weight, reliability, and performance are critical.
These systems are engineered for extreme constraints, pushing the limits of energy density, safety, and system integration.
Energy engineered for the most demanding environments.
