Supercharger 120kW | 150kW | 180kW

, excl. 5% VAT

These are for pre-order, please contact us if interested. If you require a specific charge power, please contact us too. Electric vehicles (EVs) have rapidly transformed the automotive landscape, offering a cleaner and more sustainable alternative to traditional petrol-powered cars. As the adoption of EVs continues to surge, the demand for efficient and high-powered charging solutions has become increasingly vital. In this context, 120 – 180kW EV superchargers have emerged as a groundbreaking te

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Description

These are for pre-order, please contact us if interested. If you require a specific charge power, please contact us too.

Electric vehicles (EVs) have rapidly transformed the automotive landscape, offering a cleaner and more sustainable alternative to traditional petrol-powered cars. As the adoption of EVs continues to surge, the demand for efficient and high-powered charging solutions has become increasingly vital. In this context, 120 – 180kW EV superchargers have emerged as a groundbreaking technology, redefining the EV charging experience. These superchargers represent a significant leap forward in charging infrastructure, providing EV owners with faster, more convenient, and environmentally friendly options for replenishing their vehicle’s batteries.

EV superchargers offer –

Ultra rapid charging
Dual Charging
CCS2 x2 connectors
Commercial charging / fleet management
Power sharing / split power output
RFID for credit card

The charger strictly implements IEC 62196-3-2014 Plug, Socket, Vehicle Connectors and Vehicle Sockets Electric Vehicle Conductive Charging Part 3: Size Compatibility and Interchangeability Requirements for DC and AC-DC Pins and Vehicle Coupler Conducting Tube. EN 61851-23-2014 Electric Vehicle Conductive Charging System Part 23: DC Electric Vehicles Charging Station and EN IEC.

61851-1-2019 «Electric Vehicle Conductive Charging System-Part 1: General Requirements», and EN IEC 61851-21-2:2021«Electric Vehicles of Electric Vehicle Conductive System- Part 21-2 : Requirements for Electric Vehicle Conductive Connection to AC/DC Power Supply-EMC Requirements for External Electric Vehicle Charging Systems».

Please keep the manual for later reference.

1-2 CCS 2 Charging Connector

No.	Items			Specifications	Remarks
1	Input Voltage			400V±15%/440V±15% /480V±15%	The parameters on the nameplate shall prevail.
2	Input Voltage Type			TN-S(Three Phase Five Wire)	TN-S (Three Phase Five Wire)
3	AC Grid Frequency			45-65Hz
4	Output Voltage			200V-750V/150V-1000V	The parameters on the nameplate shall prevail.
5	Output Voltage Error			≤0.5％	Full output range
6	Output Current Error			When Output current≥30A:≤±1％ When output current＜ 30A:≤±0.3A	Full output range
7	S	tabilized Voltage		≤0.5％	Full output range
			Precision
8	Stabilized Current Precision			≤0.5％	Full output range
9	Ripple Factor			≤0.5％	Full output range
10	Average efficiency			≥94%	50% and above load
11	Power Factor			≥0.99	50% and above load
12	Leakage current			≤10mA
13	Power Frequency Withstand Voltage			2500VAC	No insulation breakdown and flashover within 1 min
14	Weights			434kg