ABB E-mobility has introduced its latest innovation, the OM M-Series, marking a significant evolution in electric vehicle charging infrastructure. With ABB E-mobility introduces the M-Series, the company is aligning charging systems with the economics of delivered energy rather than just installed capacity. This reflects a growing industry trend where efficiency, reliability, and real-world performance are becoming more important than peak power ratings.
Modular Architecture for Flexible Deployment
The highlight of the new system is its air-cooled split-system design, which separates power cabinets from charging dispensers. This allows operators to customize infrastructure based on specific site requirements instead of relying on fixed configurations. The system connects centralized power units to flexible ChargePost dispensers, supporting major standards like CCS1, CCS2, NACS, and MCS.
With ABB E-mobility Launches M-Series, operators gain access to 36 configuration options, including Solo, Duo, Dock, and Ultra setups, enabling deployment across diverse environments such as highways, cities, and commercial hubs.
Scalable Power with High Efficiency
One of the most impressive aspects of the M-Series is its scalability. The system starts at 200 kW and can expand up to 1.2 MW, supporting up to 24 charging points. Capacity can be increased in 400 kW increments through interconnected cabinets, allowing businesses to grow their infrastructure based on actual demand.
At its core, the shared power architecture dynamically distributes energy across charging points in real time. This ensures optimal power utilization during peak demand while reducing unnecessary energy allocation during low usage periods. As ABB E-mobility launches the M-Series, it enables operators to balance performance with cost efficiency effectively.
Compact Design with Advanced Technology
The M-Series features a high power density of 625 kW per square meter, making it ideal for space-constrained locations such as urban centers. It uses advanced silicon carbide (SiC) modules developed in-house, ensuring high efficiency, durability, and consistent performance across various vehicle types.
Additionally, the system integrates with ABB’s digital platform, offering AI-driven monitoring, real-time diagnostics, and seamless connectivity through open APIs and SDKs.
Designed for Diverse Applications
With ABB E-mobility introduces the M-Series; the system is tailored for multiple high-demand scenarios. These include public fast-charging corridors for long-distance travel, commercial fleet depots requiring simultaneous charging, and retail or hospitality locations offering quick top-ups for customers.
Industry Perspective
CEO Michael Halbherr emphasized that the industry is moving beyond maximizing nominal power capacity. Instead, consistent and efficient energy delivery across varying conditions is becoming the key benchmark for success.
Conclusion
The launch of the M-Series signals a major step forward in EV infrastructure. By combining scalability, flexibility, and efficiency, ABB is redefining how charging networks are designed and deployed in a rapidly growing electric mobility landscape.
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