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EV Charger Load Calculator

Advanced EV Charger Load Calculator | AC DC EV Charging Calculator

⚡ Advanced EV Charger Load Calculator

Calculate EV battery energy, charging current, charging time, electricity cost, AC/DC charger load, single phase and three phase EV charging systems instantly.

EV Charging Calculator

Battery Energy

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Charging Current

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Charging Time

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Electricity Cost

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EV Charging Formula

Battery Energy (kWh) = Voltage × Ah ÷ 1000

Single Phase Current = kW × 1000 ÷ Voltage

Three Phase Current = kW × 1000 ÷ (1.732 × Voltage)

Charging Time = Battery Energy ÷ Charger Power

EV Charger Size Guide

Charger Type Power Application
Slow Charger 3.3kW Home Charging
Fast Charger 7.4kW Residential Fast Charging
DC Fast Charger 30kW+ Commercial Charging

Frequently Asked Questions (FAQ)

What is EV battery capacity?

Battery capacity represents total electrical energy stored inside the EV battery.

Why use three phase charging?

Three phase charging reduces current and supports faster charging.

What is AC vs DC charging?

AC charging is used for homes while DC charging provides ultra-fast charging for public charging stations.

🔋 Battery Voltage

  • 48V → E-Rickshaw
  • 72V → Electric Scooter
  • 300V+ → Electric Car

⚙️ Battery Capacity

  • 50Ah → Small Battery
  • 100Ah → Medium Battery
  • 200Ah+ → Large EV Battery

⚡ Charger Power

  • 3.3kW → Slow Charging
  • 7.4kW → Fast Charging
  • 30kW+ → DC Fast Charging

🏠 Single vs Three Phase

  • Single Phase → Home Supply
  • Three Phase → Commercial Supply
  • Three phase supports higher load

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