Nexus 1.28 MW Power Cabinet
Price on request
The Nexus 1.28 MW Power Cabinet delivers unmatched charging capacity for high-demand commercial and industrial EV applications. With 1,280 kW total system output and support for up to 16 DC connectors, it powers everything from light-duty EVs to megawatt-class heavy-duty vehicles. Designed for scalability, it integrates seamlessly with multiple dispenser configurations, including liquid-cooled MCS chargers, and connects with the GO TO-U platform for optimized power distribution, monitoring, and maintenance.
- Power Output: 1,280 kW
- Compatibility: All EV charging systems
- Certifications: UL 2202, Energy Star V2.0, CTEP/NTEP, OCA
Description
Characteristics
Advantages
The Nexus 1.28 MW Power Cabinet is a powerhouse for large-scale EV charging infrastructure. Its modular 32 × 40 kW architecture allows for flexible deployment, supporting multiple dispenser configurations and liquid-cooled high-current outputs up to 500 A. Capable of powering 16 connectors simultaneously, it is ideal for mixed-use sites serving passenger vehicles, buses, and heavy-duty trucks. Built from 304 stainless steel with NEMA 3R and IK10 protection, it is engineered for durability in demanding conditions.
Fast Charging
Delivering 1.28 MW of total system capacity with a broad voltage range of 200–1000 V DC, this cabinet enables ultra-fast charging for everything from light-duty EVs to MCS megawatt-class vehicles. It supports flexible load distribution across multiple dispensers, ensuring optimal performance and minimal downtime at high-traffic locations such as logistics hubs, fleet depots, and highway charging stations.
Safety and Protection
The Nexus 1.28 MW Power Cabinet includes a full suite of protection systems: lightning protection, emergency shutdown, overload prevention, short-circuit and leakage protection, overcharge safeguards, and over/under voltage and temperature controls. Its industrial-grade enclosure provides superior weather, dust, and impact resistance, ensuring reliable and safe operation in all environments.
