Ultra-Fast Charging

  • Experience unparalleled speed with charging capabilities upto 240 kW.

Upgradeable
Power

  • Future-proof your charging station with seamless upgrades, expandable up to 240 kW.

Reliable Performance

  • Count on consistent and reliable charging, making every charging session stress-free.

Durable
Design

  • Built to withstand the test of time, ensuring longevity and performance under various conditions.

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Upgrade your EV charger, not your station:
Seamless upgrades up to 240 kW.

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Built to endure, built to perform:
Durable design for lasting EV charging.

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Charge with confidence, every time:
Reliable performance for stress-free EV charging.

  • Up to 240kW, Three-phase: 400Vac
  • Free standing.
  • CCS2 (CHAdeMO Optional)
  • 5 m cable ( 7m optional)
  • Dual Sockets
  • Ethernet RJ45, Bluetooth, WIFI.
    4G
  • OCPP 1.6/2.01
  • Authentication via
    APP/ RFID 70121
  • Built-in energy meter
  • Easy integration with the
    advanced smart building
    system.
  • 7″ Colour Touch Screen Display (12″ optional), clear visibility in all weather conditions, day, or night.
  • LED Status Indicators that vividly communicate status, .
  • Fan cooling
  • Durable Construction
  • Operating temperate –30°C ~
    +50℃
  • Operating altitude ≤2000
  • Relative Humidity (RH) 95% ,
    Non condesing
  • Undervoltage & Overvoltage
  • Overcurrent
  • Short Circuit protection
  • Lightning protection
  • Over temperature
  • Ground Fault
  • Surge protection
  • PE (Protective Earth) Continuity Monitoring

Manage and Operate with our well-equipped CPMS software and MENSHA ENERGY APP

Experience our comprehensive aftercare program, ensuring minimized downtime for your charging infrastructure. By doing so, we aim to optimize your revenue and maximize return on investment (ROI).

What is Dynamic Load Balancing for EV Charging?


Electric vehicles can consume half of your home’s electrical capacity or at least a considerable portion of it. Simply adding a charger can easily cause overload for properties that do not have a large amount of unused power capacity left.