High-performance battery systems and physics-informed
predictive analytics.
We engineer marine battery systems where safety, reliability, and predictive maintenance are non-negotiable. Built on motorsport engineering expertise and applied to the complexity of yachts, commercial vessels, and hybrid retrofits.
Our Capabilities
Marine-Grade Battery Systems
Engineered for maximum safety, performance, and fault tolerance. Every system is tested to withstand the thermal, vibration, and ingress challenges in marine environments.
Modular
Architecture
Highly configurable designs that allow flexible integration into yachts, commercial vessels, and refit programmes without compromising layout or class compliance.
Predictive
Control
Built-in physics-informed machine learning extends battery life, anticipates load spikes, and prevents critical failure before it occurs.
F1-Hardened Design Process
Thermal management, data telemetry, and rapid iteration are not additions to our process. They are the foundation of it, developed at the highest level of motorsport.
Integration-First
Design
Native compatibility with marine power management systems, safety architectures, and certification workflows, designed in from the start rather than retrofitted at the end.
Power and prediction for the most demanding waters.
Williams Grand Prix Technologies ES10M
Our marine battery system is engineered for ultra-safe performance, predictive control, and seamless integration above and below deck. Developed at the cutting edge of motorsport and built for the complexity of mega-yachts, commercial vessels, and hybrid retrofits.
From silent anchorage to full electric propulsion, our systems are built for the full range of marine operation.
Hybrid Propulsion
Battery Hotel Systems
Full Electric Propulsion
Retrofit and Refit
The tools and systems that make it work.
Modular, field-serviceable battery systems
Real-time battery management system with predictive analytics
Digital twin for integration and lifecycle simulation
Ruggedised enclosures with marine-grade ingress protection
Questions?
Here are the top five.
Our systems are designed for mega-yachts, explorer vessels, commercial vessels, tenders, and support craft. The modular architecture scales from small auxiliary applications to full-system integration on large builds and refits.
Yes. Our battery and control systems are designed from the outset with refit programmes in mind. The architecture slots into existing power management and control systems, and the form factors are optimised to work within available onboard volume.
We are currently progressing Lloyd's Register certification and our systems are designed to support approvals from DNV, RINA, and ABS. Compliance with SOLAS, IMO, and relevant flag-state requirements is built into the engineering process, not added afterwards.
Thermal management is a core design requirement. Every system includes active monitoring, fault-tolerant architecture, and thermal containment designed to meet the demands of enclosed marine environments where ventilation and access are constrained.
Our battery management system integrates physics-informed machine learning, which means it does not simply react to measured conditions. It predicts load behaviour, anticipates fault conditions before they occur, and actively extends battery life — capabilities that go well beyond conventional battery management.
