• Facilitate the transition to Electric mobility by providing Accessible, Fast and Reliable Charging solutions.
• Promote sustainability by reducing reliance on fossil fuels and lowering Carbon Emissions through an efficient EV Infrastructure.
• Enhance The EV Ownership exprience by addressing common charging challenges and ensuring convenience.

• Fast charging technology
• User-friendly Interface
• Smart energy management
• Compatibility
• Durable build
• Safety and Security
• Scalable Solutions

Here are some safety features to consider for Latteys EV charing Stations-

• Overload protection
• Overvoltage and undervoltage protection
• Ground fault protection
• Short circuit protection
• Weatherproof and Waterproof design (IP ratings)
• Child lock protection
• Surge protection
• Real -Time Monitoring and alerts
• Emergency stop button

• Power output fo Latteys EV charging stations, the charging power typically ranges from 7KW for slower, Home-based or small-scale chargers, up to 22KW for meduim-speed charging, and up to 50KW or higher for fast0charging stations designed for rapid EV recharges. The specific Power output determines the charging speed, where higher KW values signifiantly reduce the time required to charge an electric vehicle.
• Latteys EV charging stations likely support multiple connector types to accommodate various EV models. Common connectors types in the EV charging industry include-
  - TYPE 2 (MENNEKES)
  - COMBINED CHARGING SYSTEM (CCS) COMBO 2
  - CHADEMO
  - GB/T
• Input voltage and current for Latteys EV charging stations, here are typical input voltage and current requirement based on charging Power-
  - 1.7 KW Charger
  INPUT VOLTAGE: 230V AC (SINGLE-PHASE)
  INPUT CURRENT: ~32A
  - 2.22 KW Charger
  INPUT VOLTAGE: 400V AC (THREE-PHASE)
  INPUT CURRENT: ~32A PER PHASE
  - 3.50 KW Charger
  INPUT VOLTAGE: 400V AC (THREE-PHASE)
  INPUT CURRENT: ~80A PER PHASE