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Tirex - 30 KW DC Charger

DC Chargers – Available 60kW ideal for 4-wheelers. These high-power chargers offer fast, reliable, and eco-friendly charging, making them perfect for commercial and fleet operations
Warranty : 1 Year
Brand : Tirex
Note : Transportation at actuals
(GST Included)
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Price
₹ 4,28,570.48 ₹ 6,99,990.00

Technical Specifications

Detailed breakdown of the 30 kW DC Fast Charger

Electrical
Maximum Output Power
30 kW
Input Supply
3 Phase 5 Wire AC Supply
Input Supply Rating
3 Phase 380 - 480 Vac
Nominal Input Power
Approx. 32 kVA
Input Frequency
50 / 60 Hz
Output Voltage Per Gun
150 - 1000 Vdc (Seamless rise)
Max Current Per Gun
100 A
Efficiency
Over 95% at Full Load
Power Factor
Over 0.98 at Nominal Load
Power Modules
1 Module (30 kW Capacity)
Safety Systems
Under Voltage, Over Voltage, Over Current, Single Phasing, Earth Leakage, Over Temperature, Surge Protection
Interface & Connectivity
Gun Configuration
Single CCS2
Charging Cable Length
5 Meters
User Interface
10.4 Inch Full Color Touch Screen
CMS Protocol
OCPP 1.6J (Upgradable to 2.0)
Network Connection
3G/4G Sim Card, Ethernet
RFID
MIFARE ISO 14443 Type A
Environmental
Cooling System
Forced Air Cooled (Cabinet & Modules)
Operating Temperature
-20°C to 70°C (Derating beyond 55°C)
Humidity
5% - 95% (Non Condensing)
Max Operating Altitude
2000 Meters
Mechanical
Protection Rating
IP 55 / IK 10
Dimensions (W x D x H)
459 x 245 x 734 mm
Mounting Type
Wall or Stand Mount
Metering
Grid Responsive Metering
Standards Compliance
Electrical Safety
IEC 61851-1
EV Communication
ISO 15118 - CCS2
EMC & Other
IEC 61851-21-2, IEC 61000-4, AIS 138 Part 2

Versatile Design

Our compact and modular design suits various settings, from retail to highways and fleets. Choose single or dual outlets, and expand as needed.

Future-Ready

Built to support upcoming EVs, even those with 800V architecture, keeping you ahead in the rapidly evolving charging market.

Enhanced Utilization

Innovative power-sharing technology enables simultaneous charging of two vehicles, ensuring efficient infrastructure use.