#Germany #Munich #EV Charging #Phoenix Contact #SINEXCEL

SINEXCEL and Phoenix Contact Unveil 1280kW Charging Solution at Power2Drive

In a significant advancement in electric vehicle (EV) infrastructure, SINEXCEL, a prominent name in the field, has introduced its innovative 1280kW distributed charging solution at the Power2Drive Europe event. This state-of-the-art system is designed to revolutionize charging for heavy-duty electric trucks and an array of other commercial vehicles, marking a pivotal moment in the EV charging landscape.

Distrusting Charging Philosophy: The 1280kW Distributed Charger

The new charging system stands on four key pillars: speed, efficiency, convenience, and cost-effectiveness, bringing substantial improvements to heavy-duty truck charging operations. The 1280kW charger is engineered to cater to diverse charging situations, making it suitable for fast megawatt charging demands as well as simple overnight depot replenishments.

One of the standout features of this system is its high adaptability. The Megawatt Charging System (MCS) is customizable, allowing for various types of connectors, and can effortlessly integrate into charging scenarios across highways, depots, and docks. This flexibility is essential for meeting the distinct requirements of each operational environment.

Efficiency Meets High-Performance Engineering

Another remarkable aspect of the 1280kW solution is its ability to support up to 16 connectors simultaneously, ensuring that multiple vehicles can be charged without any dip in performance or increase in time. With its SiC MOSFET technology, the charger achieves an impressive efficiency level of 96.2%, enhancing operational performance and optimizing overall site utilization.

Additionally, the device has been meticulously designed for ease of use, ensuring that operators can maximize both its charging capabilities and economic advantages. It's also future-oriented, capable of expanding capacity as needed and compatible with solar energy storage options to lessen dependence on the grid.

Collaboration with Phoenix Contact

A notable highlight of this development is SINEXCEL's partnership with Phoenix Contact, a leader in high-reliability charging cables. This collaboration has resulted in the creation of the MCS system, which is capable of delivering an astounding 1,500A and 1280kW, setting a new industry standard in terms of efficiency and reliability. With over 140,000 DC chargers deployed globally under SINEXCEL’s wing and Phoenix Contact’s extensive expertise in e-mobility solutions, this partnership represents a fusion of knowledge and technology to enhance the charging process for heavy-duty trucks.

Joachim Pucker, Senior Director of E-Mobility Sales Network at Phoenix Contact, emphasizes this collaborative effort by stating, "By leveraging our strengths, we are setting a new industry standard, delivering faster and application-tailored charging solutions with a robust design to satisfy the rigorous demands of heavy-duty trucks."

Certification and Global Reach

At the Power2Drive Europe event, the 1280kW distributed charger received its CE certification from TÜV Rheinland, further cementing SINEXCEL's authoritative position in the EV charging sector. With a comprehensive range from 7kW to an impressive 1.28MW, SINEXCEL’s charging solutions have been successfully implemented across more than 60 countries, showcasing their global footprint in pioneering electric vehicle charging technology.

In summary, the unveiling of this revolutionary charging system at Power2Drive signifies a major leap forward in the world of electric commercial transportation. With enhanced charging speed, efficiency, and adaptability, the 1280kW solution is set to facilitate a more seamless transition to electric mobility for heavy-duty trucks, ultimately reshaping the future of transport infrastructure.

As the global demand for electric vehicles continues to rise, innovations like these not only serve current needs but also yield a promising outlook for sustainable transportation solutions in the years to come.