Blink. Simply Smarter.

DC Fast Charger

Simply Smart Commercial Design

The Blink DC Fast Charger provides a quick and efficient method to charge electric vehicles. DC Fast Charging (480 volt 3-Phase AC input) is the fastest method for charging vehicles in fleet and commercial facilities. The Blink design provides intelligent user- friendly features to intuitively and safely charge electric vehicles and provides commercial opportunities to business owners.

Benefits of ECOtality's Unique Commercial Charging Station Design

• Simplified 2-piece design; separate Grid Power Unit (GPU - containing the power electronics) and charging station allow for ease of installation and design aesthetics
• Exterior treatment and graphics fully customizable for rebranding
• 42” LCD display for optional media and advertising
• Adspace available through the Blink Network to provide additional revenue
• Connects with AMI Interface & Smart Meter capability for demand response and energy management
• Dual ports for increased user access and availability
• Beacon light and window for increased visibility

CHAdeMO Compliant EV Connector

The CHAdeMO organization has endorsed a DC Fast Charger connector used on fast-charge-capable electric vehicles worldwide

• Ergonomic design
• Intuitive connector docking for protection and storage
• Prevents accidental disconnection
• Can withstand being driven over by a vehicle
• Safe in wet or dry use

Fast, Convenient and Easy to Use

• Capable of providing a full charge in less than 30 minutes*
• Integrated with the Blink Network
• Smart InCard technology allows for ease of payment
• Can operate independent of a retailer point of sale (POS) system
• Smartphone Application provides
  • Charge station locations and GPS navigation
  • Charge status
  • Notification of completion or interruption of charge
• User-friendly, interactive touchscreen display
• Web-based information delivery
• Charge status and cost
• Easily programmable start/stop timing

*Dependent on battery size, vehicle battery management system, state of charge, and operation under optimal conditions.