Nissan Leaf Charging Calculator EV Charging Calculator, May 7, 2025June 23, 2025 Curious how long it takes to charge your Nissan Leaf or how much energy it consumes during a charge session? This Nissan Leaf Charging Calculator helps you estimate charging time and energy needed based on your Leaf’s battery version, current and target charge level, and the charging speed of your home or public charger. Perfect for planning overnight charges, managing range, or comparing charger options — specifically designed for Leaf owners. Nissan Leaf Charging Calculator Select Leaf Battery Version: 24 kWh (2011–2016) 30 kWh (2016–2017) 40 kWh (2018–2022) 62 kWh (Leaf Plus, 2019–2024) Current Charge Level (%): Target Charge Level (%): Charging Power (kW): Calculate List of the Best Level 2 EV Charger: ImageProductRatingHomeFlex Level 2 EV ChargerBest Choice5/5View on AmazonlabelEVIQO Level 2 EV Charger4.5/5View on AmazonlabelEMPORIA Level 2 EV Charger4.5/5View on Amazonlabel How to Use This Nissan Leaf Charging Calculator? 1. Select Your Nissan Leaf Battery Choose the correct battery size that matches your Nissan Leaf model: 24 kWh: 2011–2016 models 30 kWh: Late 2016–2017 40 kWh: 2018–2022 standard Leaf 62 kWh: 2019+ Leaf Plus models If you’re unsure, check your owner’s manual or look up your model year online. 2. Enter Your Current Charge Level Input your current battery level in percent. For example, if your Leaf shows 20%, enter 20. This helps the calculator estimate how much energy is already in the battery. 3. Set Your Target Charge Level Choose the charge level you want to reach. Most users charge up to 80–90% regularly, especially to preserve battery life in older models. 4. Input Charging Power Enter the power output (in kW) of your charging setup. Typical values include: 3.3 kW: early Leaf onboard charger 6.6 kW: standard on newer Leafs 50 kW+: for DC fast charging (optional — you can try it for rough estimation) 5. Click “Calculate” The calculator will show: How many kilowatt-hours are needed How long charging will take based on power input Adjust values freely to simulate different charger types or usage patterns. Frequently Asked Questions (FAQ) How do I know which battery my Leaf has? Battery size depends on your model year: 24 kWh: 2011–2016 30 kWh: 2016–2017 40 kWh: 2018–2022 62 kWh: Leaf Plus (SV/SL/SE trims, 2019–2024)You can also check the label inside the driver’s door, battery info screen, or VIN lookup tools. How long does it take to charge a Nissan Leaf? With a Level 2 charger (6.6 kW), charging from 20% to 80% typically takes: 24 kWh battery: ~2 hours 40 kWh battery: ~3.5–4 hours 62 kWh battery: ~6 hoursActual times vary based on conditions, temperature, battery age, and charger efficiency. Can I use this calculator for DC fast charging? Yes, but it’s less accurate. Fast charging rates are variable and taper off as you approach 80%. You can enter a rough power value (e.g., 45–50 kW) to simulate part of a fast charge, but results are simplified. Does this account for charging efficiency or losses? Not in this basic version. Charging losses typically add 5–15% to total energy used. To estimate more realistically, you can add 10% manually to the calculated kWh or use a slightly lower power value for slower charging. Check out our EV charger reviews below. Best Home EV Charger Best Level 1 EV Charger Best Level 2 EV Charger EV Charging Calculators CalculatorChargingEV