ZeroFootprint 15 kW BHARAT DC001 Charger

Compatibility

Zero Footprint

15 kW BHARAT DC001 Charger

Level 3 Charger | DC – 15 kW (415V AC) 100A | GBT/CCS 2 Charging Connector

₹12,000

Product description

Designed to revolutionise your electric vehicle charging experience with its powerful charging capabilities, this advanced charger combines speed and efficiency, making it perfect for residential and public locations alike.

1 Hour Charge Range: 75 km
Maximum Power: 15 kW
Connector Type: GBT or CCS 2
Vehicle: 4 Wheelers
Installation: Highways, Commercial Spaces, Hospitality and Retail
Models: 15 kW Single Gun, 15 + 15 kW Dual Gun, 15 + 15 kW DLM
Brand: ZeroFootprint
White label Options: Yes
Charge Point Operator: Yes

Key Features

Lightweight and compact for easy transportation and installation
Easily mountable on a wall or pedestal
High DC current over wide voltage range for faster charging
Feature-rich and remotely controllable via the mobile app
Pay using UPI, payment wallets, credit cards, etc.
Connect using WiFi or GSM
OCPP 1.6J compliant
Very low stand-by power
>95% energy efficiency
Intuitive user experience
Power configuration in 15 kW increments
Intuitive status display
Tamper proof
Durable and weatherproof
24/7 customer support

Key Technical Specifications

CCS2, CHAdeMO, GB/T, & 22 kW AC Type 2 outputs
Display: 7” Color LCD Display
Input Voltage: Three Phase 415V, 45-65Hz
Input Wires: Three Phase 4 AC Wires (L1, L2, L3, N & PE)
DC Output Voltage: 20-120V DC
Output Rating: 15 kW
Protection: Overcurrent, Overvoltage, Undervoltage, Ground Fault, AC Residual Current Protection, Surge Protection
IP Rating: IP54 water-resistant
Network: Ethernet, SIM and OTA support
User Authentication: RFID, Mobile App
Cable Length: 5m
Push Button: Emergency Stop
Operating Temperature: -40°C to 55°C
Mounting: Wall or Stand
Material: Metal
Dimension (H*W*D): 590 * 610 * 270 mm (excluding pedestal)
Weight: 80 kg, approx
Warranty: 12-month standard warranty. AMC options are available afterwards
Software: Data management and user authentication with mobile app (Android & iOS)
Calculations are approximations based on the average consumption per 100 km. Actual consumption depends on the vehicle, battery size and driving conditions.