UL Catalog 2024-2025 - Flipbook - Page 456
THE FIRST INTELLIGENT EV SWITCHGEAR
The NexPhase™ Smart EV Switchgear is an all-in-one switchgear panel containing the entire
infrastructure required between the utility service and Level 3 DC fast chargers. Unlike any switchgear
of its kind, NexPhase™ features cutting-edge grid intelligence for utility power and EV charger remote
monitoring, troubleshooting, and control — something chargers alone cannot provide.
SIMPLIFIED DESIGN
SAFETY FEATURES
A C C E L E R AT E P R O J E CT T I M E L I N E S
PROTECT YOUR EV CHARGERS
By combining all switchgear equipment into one enclosure,
NexPhase™ eliminates the lengthy design process of traditional
post-and-frame systems, which require additional costs to
design and source a mixed-manufacturer panel system.
NexPhase™ includes integrated emergencystop capabilities for future NFPA compliance
and added safety capabilities including EV
charger crash detection, flammable vapor
monitoring with automatic shutdown, and
flood detection remote alerts.
INSTALLATION MADE EASY
M I T I G AT E U P- F R O N T C O ST S
NexPhase™ only requires the on-site connections for the
incoming power and outgoing charger connections, drastically
reducing on-site installation time and costs.
CONNECTION ENABLED
REMOTE MONITORING & CONTROL
An embedded monitoring system provides remote access to
real-time health data with remote power cycling capabilities
and automated alarms to facilitate condition-based
maintenance planning.
CHARGER RESILIENCY
INCREASE EV CHARGER UPTIME
With early detection of EV charger deficiencies and system
performance diagnostics provided by NexPhase™, fleet operators
are provided with the tools to improve uptime, extend equipment
service life, and enhance the reliability of their EV charger systems.
UPTIME ASSURANCE
PINPOINT OFF-LINE EV CHARGERS
It’s approximated that up to 30% of public U.S. EV chargers are out
of operation at any given time, with these outages going undetected
until a technician is physically present. NexPhase™ provides
ongoing state-of-charge data so operators can identify outages,
remotely cycle power, and react with precision.
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