EV charging and battery swapping hub profit calculator.
Compare DC fast-charging and battery-swapping hub revenue, utilization, operating cost and simple CAPEX payback with editable inputs.
EV charging and battery swapping hub profit inputs
Editable planning inputs only. Verify state tariff, demand charges, equipment quote, downtime, payment fees, GST, permits and site demand before investing.
Method: Charging revenue equals charger power times active hours, days and price per kWh. Swap revenue equals swaps per day times fee.
Inputs used: Currency = INR; DC charger capacity = 60 kW; Active charging hours per day = 4 hours; Charging delivery efficiency = 90 %; Electricity tariff = 7 ₹/kWh; Customer charging price = 20 ₹/kWh; Battery swaps per day = 0 swaps; Swap fee = 90 ₹/swap; Monthly staff, rent and platform cost = 150,000 ₹; Total CAPEX = 1,500,000 ₹
Assumptions: The result uses the values, units and options shown in the input snapshot.
Scope and warnings: Editable planning inputs only. Verify state tariff, demand charges, equipment quote, downtime, payment fees, GST, permits and site demand before investing. Rounding and excluded real-world terms can make an external result differ.
How this ev charging and battery swapping hub profit calculator works
Charging revenue equals charger power times active hours, days and price per kWh. Swap revenue equals swaps per day times fee.
A worked example
A 60 kW charger active four hours daily delivers 7,200 kWh over 30 days before charging efficiency losses.
Does this establish demand, tariff or charger economics?
No. Confirm DISCOM tariff, connection cost, equipment quote, site demand, downtime, payment fees and local permissions.
Calculations run on your device. Review your results before exporting or sharing them.
Use the stated conversion
Published by ToolMitra — methods and editorial approach.