iVoltia 4.5MW Megawatt-Scale Automatic Charging System

The frontier of autonomous energy. 4500kW of centralized power meeting precision robotic docking for a zero-touch charging experience.

Spec

The Heart of Global Fleet Electrification

The iVoltia 4.5MW Matrix is a centralized, high-performance energy hub designed for the world’s most demanding industrial environments. By decoupling power conversion from the delivery point, this system provides a flexible, scalable, and ultra-high-voltage solution for heavy-duty electric trucks, mining machinery, and metropolitan bus networks. It is the definitive infrastructure for a zero-emission future.

4500kW

>99%

Power Factor. Almost Zero Grid Waste

Ultra Charging

Ultra-Fast Charging Performance

Designed for the heavyweights of the global fleet. With a staggering 4500kW total capacity and native 1000V architecture, the iVoltia Matrix delivers the industry’s most aggressive charging curves. It provides the massive energy required to recharge heavy-duty batteries from 20% to 80% in approximately 10–15 minutes, ensuring your supply chain never stops.

Automated robotic charging arm connecting to a large mining truck chassis for autonomous charging.

Heavy-Duty Load Capacity

Engineered for continuous, high-intensity duty cycles. Whether powering a fleet of Class 8 trucks or massive mining haulers, our matrix architecture maintains a stable Power Factor of ≥0.99. It is built to handle the most demanding thermal and electrical loads without compromise, providing the reliability that enterprise-scale operations demand.

Automated robotic charging system connecting to a large mining truck's charging port at a work site.

Modular Scalability

A strategic asset that grows with your ambition. Our modular Power Cube architecture allows site operators to start at 240kW and scale up to 4.5MW by simply adding power modules. This flexible approach protects your initial capital while ensuring your site is ready for the Megawatt Charging System (MCS) standards of tomorrow.

Heavy Duty Mining Trucks

Global Logistics Hubs

Public Transit & Bus Depots

Aerial view of a busy shipping port with many containers.

Application

Frequently asked questions

What is the maximum charging speed of the 4.5MW Matrix?

It is engineered for megawatt-scale throughput. For heavy-duty vehicles with 800V/1000V architecture, the system can deliver a 20% to 80% charge in approximately 10–15 minutes. For a 4.5MW installation, the system can simultaneously support multiple ultra-fast charging sessions without power degradation.

Is it possible to start with a smaller capacity and upgrade later?

Scalability is a core feature of the iVoltia Power Cube. You can deploy the 4.5MW-capable infrastructure today but only install the power modules you currently need. As your fleet grows, you can simply "hot-swap" additional modules into the Matrix to increase total capacity, protecting your initial CAPEX.

How does the Automatic Docking System improve site safety?

By utilizing 3D Vision and AI-driven robotic arms, the system enables "zero-touch" operation. This is critical in high-risk industrial environments like mining and busy logistics ports, as it eliminates the need for manual handling of high-voltage cables and keeps human operators away from heavy-vehicle movement zones.

Is the system compatible with Autonomous Fleets?

Absolutely. The iVoltia 4.5MW Matrix is designed as the primary energy node for Level 4 and Level 5 autonomous vehicles. Through OCPP 2.0.1 and automated hardware handshaking, the entire charging cycle—from arrival to departure—is managed by the system’s intelligent controller without any human intervention.

Still have questions?

Please contact our iVoltia Sales Team for detailed technical consultations and site-specific solutions.

Note: All technical specifications and performance data are subject to the final terms and conditions of the formal purchase agreement.

How does the Matrix architecture handle "Power Stranding"?

Traditional chargers have fixed power per gun. Our Full Matrix Topology creates a shared power pool. If only one vehicle is connected, it can access the maximum output allowed by its battery. As more vehicles arrive, the Matrix intelligently re-routes power modules to where they are needed most, ensuring 100% equipment utilization.

How does the system interface with my Fleet Management Software?

The system supports full OCPP 1.6J and 2.0.1 integration via 4G, Ethernet, or Fiber. This allows fleet managers to set charging priorities, monitor real-time battery health (SoH), and synchronize charging cycles with operational schedules to ensure maximum vehicle availability.