iVoltia 240-720kW Distributed Ultra-Fast Charging Matrix
The ultimate power engine for large-scale EV infrastructure. Modular, distributed, and engineered to deliver 720kW of intelligent energy at the speed of light.
The Intelligence of Distributed Power
The iVoltia UFC Matrix decouples industrial power conversion from the charging interface. By pooling up to 720kW in a centralized power bank, the system dynamically routes energy to multiple slim-profile dispensers. This matrix architecture ensures a Power Factor of ≥0.99 and industry-leading efficiency, allowing you to charge everything from a fleet of vans to heavy-duty e-trucks simultaneously with zero wasted energy.
720kW MAX
>99%
Power Factor. Almost Zero Grid Waste
Simultaneous Charging
Intelligent Power Matrix
Dynamic allocation, maximum utilization.
Unlike traditional standalone chargers, our Matrix technology uses a smart algorithm to "pool" all available power. It can focus the full 720kW into a single dispenser for high-capacity heavy-duty vehicles, or dynamically split it across multiple ports to ensure every connected vehicle is charging at its maximum possible rate.
Future-Proof 1000V Architecture
No upgrade needed for future vehicles.
Designed for the next generation of EVs, the native 200V-1000V wide-voltage platform is optimized for the latest 800V and 1000V vehicle architectures. This ensures your infrastructure stays ahead of the curve, providing ultra-fast speeds for premium passenger cars and commercial transit alike.
Centralized Reliability & Maintenance
Mission-critical stability.
By consolidating the power modules into a single, climate-controlled central cabinet (IP55), maintenance is simplified and reliability is maximized. The dispensers remain quiet, sleek, and easy to operate, while the core power electronics are protected in an industrial-grade housing with OCPP 2.0.1 smart diagnostics.
Heavy-Duty Logistic & Truck Hubs
High-Volume Enterprise Fleets
Public Transit & Bus Depots
Application
Frequently asked questions
Why choose a Distributed Matrix over standalone chargers?
The Matrix architecture offers superior operational flexibility. It allows you to place the bulky power cabinet in a remote location (up to 50–100 meters away) while keeping the sleek, quiet dispensers right at the parking bays. This maximizes site aesthetics and reduces the noise levels for drivers and pedestrians.
Is the system scalable if I need to add more dispensers later?
Absolutely. The modular nature of the 720kW Power Cube allows for easy expansion. You can start with a lower power configuration and add more power modules or extra dispensers as your EV fleet grows, protecting your initial capital investment (CAPEX).
Does the system support "Priority Charging" for fleets?
Yes. Through our intelligent power management software and OCPP 2.0.1 integration, site operators can set charging priorities. If one vehicle has an earlier departure schedule, the Matrix can dynamically route more power to that specific port, ensuring your fleet’s operational timeline is never compromised.
How fast can the 720kW Ultra-Fast system charge a vehicle?
It is built for speed. For a high-voltage vehicle architecture, the system can charge from 20% to 80% in as little as 10–15 minutes. This effectively matches the turnaround time of traditional fueling, making it the ideal solution for mission-critical logistics and public transit.
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 ≥0.99 Power Factor and low THDi affect my operating costs?
With a Power Factor of ≥0.99 and Total Harmonic Distortion (THDi) of ≤5%, the iVoltia UFC series is extremely "grid-friendly." This high electrical quality prevents reactive power penalties from utility companies and reduces the heat stress on your site's transformers, significantly lowering long-term OPEX (Operating Expenses).
What are the cooling and protection standards for such high power?
Safety is paramount at high voltages. The system features an industrial IP55-rated enclosure and a sophisticated thermal management system to ensure stable operation from -40°C to +65°C. It includes comprehensive protections for overcurrent, overvoltage, and DC leakage, along with Class A EMC standards to prevent interference with other site electronics.
