IS 17017 & Ministry of Power (MoP) AC Charging Standard
EV Home Charging Electricity Cost & ROI Calculator
Calculate exact electricity units, monthly charging bills, cost per km, and petrol savings for Electric Cars and 2-Wheelers.
IS 17017 Safety Standards · ~88% AC L2 Engineering Benchmark
[REPRESENTATIVE INDUSTRY BENCHMARK]EV Home Charging Electricity Cost & Petrol Savings Calculator
Monthly EV Charging Electricity Bill
₹1411.03
Based on 184.09 Units/month (1200 km)EV Running Cost vs Petrol
₹1.18 / km
vs Petrol ₹6.67 / kmMonthly Fuel Savings vs Petrol
₹6588.97
Saves ₹79067.64 Every Year!Active Tariff Engine
UPPCL
UPPCL Urban LMV-1 EV Tariff Engine (UPERC Order)🚗⚡
82.4% Fuel SavingsEV Running Cost Savings Highlight
Driving 1200 km monthly with electric power saves ₹79067.64 per year compared to running a petrol car!
🧾 Step-by-Step Calculation Audit Proof
Daily Battery & Grid AC Energy Required
5.4 kWh Battery | 6.136 kWh Grid/dayBattery: (40 km × 40.5 kWh) ÷ 300 km | Grid AC: ÷ 0.88 Eff
Monthly Grid AC Energy Consumption
184.09 Units / month6.136 kWh/day × 30 days
EV Running Cost vs Petrol Vehicle
EV ₹1.18/km vs Petrol ₹6.67/kmEV Cost: ₹1.18/km vs Petrol: ₹6.67/km
Estimated Monthly Electricity Bill & Fuel Savings
EV Bill: ₹1411.03/mo | Saves ₹6588.97/mo vs Petrol184.09 Units via UPPCL Urban LMV-1 EV Tariff Engine (UPERC Order)
EV Standards & Engineering Efficiency Disclosure:
- EV home conductive charging interfaces comply with BIS IS 17017 safety, connector, and protocol standards.
- Grid AC energy drawn incorporates an engineering benchmark of ~88% AC Level 2 onboard charger conversion efficiency (accounting for inverter/rectifier conversion, thermal, and BMS balancing losses). IS 17017 does not mandate an efficiency percentage.
- Calculated energy and cost figures preserve double precision internally while rounding presentation values.
How EV Home Charging Electricity Consumption is Measured
EV home charging electricity draw incorporates grid AC energy drawn by the onboard charger, factoring in ~88% conversion efficiency when charging the battery pack.
Daily Battery Energy (kWh) = (Daily Driving km × Battery Pack kWh) ÷ Full Charge Range km
Daily Grid AC Energy Drawn (kWh) = Daily Battery Energy ÷ Charger Efficiency (0.88)
Worked Example (Tata Nexon EV 40.5 kWh, 40 km/day): 6.136 kWh/day $\rightarrow$ 184.09 Units/month (₹1,380.68/month @ ₹7.50/unit $\rightarrow$ ₹1.15/km vs Petrol ₹6.67/km $\rightarrow$ Saves ₹6,619.32/month!)
Popular EV Model Battery & Charging Comparison Table
| EV Model | Battery Capacity | Claimed Range | Monthly Grid Units (40 km/day) | Monthly Charging Bill (30 days @ ₹7.50/unit) |
|---|---|---|---|---|
| Tata Nexon EV Long Range | 40.5 kWh | 300 km | 184.09 Units | ₹1,380.68 / month |
| Tata Tiago EV Long Range | 24.0 kWh | 200 km | 163.64 Units | ₹1,227.27 / month |
| MG ZS EV Exclusive | 50.3 kWh | 340 km | 201.74 Units | ₹1,513.04 / month |
| Ather 450X Scooter | 3.7 kWh | 110 km | 45.87 Units | ₹344.02 / month |