Key Features

• Compact and Lightweight Design
  Measuring 512 × 257 × 940 mm and weighing only 80 kg, the Lyra Lite 30–40 EV fast charger is easy to handle, transport, and install — even in environments with limited space.
• Adjustable Power
  Available in 30 kW and 40 kW versions, allowing flexible configuration based on different charging requirements.
• Flexible Mounting Options
  Compatible with both wall-mounted and freestanding installation for versatile deployment in various environments.
• Sustainability-Focused Design
  Manufactured using environmentally conscious materials, supporting a more sustainable mobility infrastructure.
• Remote Software Updates
  Enables remote firmware and software updates to help keep the charger up to date without requiring on-site intervention.
• Fast and Efficient EV Charging
  Designed for medium-duration charging sessions of approximately 30 to 90 minutes, suitable for public and private charging applications.
• 12.1″ LCD Screen
  Integrated display with a clear and user-friendly interface for real-time charging information and improved usability.

Why Choose the Lyra Lite 30–40?

The Lyra Lite 30–40 combines compact dimensions with flexible installation options and efficient charging performance. Its lightweight construction simplifies transport and installation, while the available 30 kW and 40 kW configurations allow adaptation to different project requirements.

The charger supports both wall-mounted and freestanding installations, making it suitable for a wide range of locations and charging environments. Remote software updates help maintain operational efficiency and simplify maintenance processes.

A 12.1″ LCD display provides users with accessible charging information, while the system is designed for charging sessions typically ranging from 30 to 90 minutes.

With the Lyra Lite 30–40, Floox offers a charging solution designed to support modern electric mobility infrastructure with a focus on usability, flexibility, and operational efficiency.

Simply plug in and charge.