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About us

We engineer the roots of energy – not just solving challenges; we eliminate the integration gaps between physics and software. We integrate mechanical, electrical, electronics and software engineering into a single, high-velocity delivery model.

Stop managing vendors. Start deploying systems. We take full responsibility for the architecture, supply chain, integration and even small-scale manufacturing.

The Four Pillars

Mechanical: Thermal & Structural Sovereignty

The Problem: Heat is the primary killer of power density.

The AmperOne Fix: We design advanced enclosures and open-frame structures that treat thermal management as a core feature, not an afterthought. Ready for series manufacturing.

Software: Kinetic-Aware Orchestration

The Problem: Generic firmware doesn’t understand the physics of the power switching and energy source distribution.

The AmperOne Fix: Master orchestration logic that understands the physics of power switching and the chemistry of energy sources. We make your system intelligent from the first power-on.

Electrical: Protection & Distribution

The Problem: Fragmented power flows lead to integration hell and safety risks.

The AmperOne Fix: Custom design, high-speed switching, and coordinated protection. We bridge the gap between volatile sources and sensitive loads.

Electronics: Hardware That Fits

The Problem: Off-the-shelf controllers often lack the functionality, or the speed, or the security to be ready to orchestate the nowadays systems.

The AmperOne Fix: We maintain full sovereignty over our control hardware and high-speed sensing electronics. Designed, etched, and validated in-house to ensure zero latency and infinite adaptability.

The Legacy. Why AmperOne?

Our foundation is built on delivering high-power DC systems for e-mobility in Ampernext. We have taken that proven reliability and applied it to the next frontier: Industrial Hydrogen, Microgrids, and Maritime Electrification. If it requires high-power precision, it is an AmperOne project.

  • No Finger-Pointing

One design. One responsibility. One module.

  • Resource Efficiency

We prevent resource spills by selecting the right components the first time.

  • Global Readiness

Engineered to be built and deployed anywhere—from Europe to the Pacific.

  • Small-Scale Sovereignty

From prototype to pilot series. We handle the initial manufacturing runs in our Sofia lab, ensuring the ‘as-built’ matches the ‘as-designed’ perfectly.

The Zero-Hustle Model

Your project needs to be completed “yesterday”. While we cannot reverse time, there is little else we cannot do. We use parallel development and rather than supplying fragmented components, AmperOne will provide the complete system, implementing an integrated approach in engineering.

  • Phase 1: Architecture & Components Lockdown

Technical selection and immediate strategic procurement of long-lead components.

  • Phase 2: The Virtual Twin

Simulation of energy flows, thermal mapping, and API protocol freezing.

  • Phase 3: The Physical Build

Mechatronic assembly in our Sofia lab. Harnessing, switching, and structural integration.

  • Phase 4: Validation & Shipment

Full-load stress testing and Factory Acceptance (FAT).

We Speak Technical

We speak your language – the technical one. From day 1 and with no hustle. Always focused on speed. You have the engineering task to resolve, we listen.

Input your project parameters to bypass the standard intake queue:

  • The Bottleneck
  • The Enegry Source
  • The Deployment Window