200kw Three Connectors Combined DC Fast Charger 6 | RFQ Sourcing Details

Charger Specification: Specification Model TH-AHTH-DC120-CC002 AC Nomal Input Phases/Lins 3 phase+neutral+PE Voltage 400VAC±10% Frequency 50.

Hz±10% Connector CCS Output Power 120KW Volatge CCS:200-750VDC Cable Lenth 5m Cable Type Charging cable and connecter permanently attached to EVSE (liquid cooled) Electrial Parameter Power Factor ≥0.99,≥ 0.96 (Full Load) THD Value ≤5% Stable Voltage Accuracy ≤±0.5% Stable Current Accuracy ≤±1% Efficiency ≥95% at nominal output power Structure Design Housing Material Galvanized steel Installation Method Vertical installation of ground LED Indicator 10 inches with 720 x 480 pixels TFT LCD Screen, user interface with touch screen or keypad.Toughened unbreakable glass to be used for display screen ON-OFF (Start-Stop) Switches Mandatory Emergency Stop Button Mushroom headed type Payment Method RFID CARD / ental in dex Working Temperature -20ºC-+65ºC Storage Temperature -40ºC-+65ºC Working Altitude ≤2000M Atmospheric pressure intensity 80 kpa to 110 kpa Application Site Indoor/Outdoor Cooling Method Forced air cool Security Protection Multiple Protection Over Current, Under Current, Over Voltage, Residual Current, Surge Protection, Short Circuit, Earth Fault at input and output, Input Phase reversal, Emergency Shut-down with alarm, over temperature, Protection against electric shock.

Warranty 3 years Package Information Product Dimension 550*850*1950(W*D*H) Net Weight 256KG External Packing Wooden case General Requirements Energy Transfer Mode Conductive Charging Mode CCS 2.0 - mode 4 - DC fast charging Reliability and Serviceability Modularity, self-diagnostic features, fault codes and easy serviceability in the field System Structure Regulation Method Regulated DC EV Charging Station with combination of CVC or CCC but not simultaneously Isolation Each output isolated from each other with proper insulation Power Supply DC EV charging station connected to AC mains Charge control communication Communicate by digital and analog signals Interface inter-operability Inter-operable with any EV supporting CCS (for each gun respectively) Operator Operated by a trained person or EV owner Input Requirements Input Supply Failure Backup Battery backup for minimum 1 hour for control system and billing unit, to enable activities such as billing, to be provided Output Requirements No.

of Outputs 2 Output Connectors 2 output connectors Output Connector Compatibility CCS: IEC 61851-23/24, IEC 62196-3, DIN 70121.

Mechanical Requirements Mechanical Stability Shall not be damaged by mechanical impact as defined in IEC 61851-1 Mechanical Impact Shall not be damaged by mechanical impact as defined in IEC 61851-1 User Interface and Display Requirements Visual Visual Indicators:Error indication, Presence of input supply indication, State of Charge process indication.

Voice notifications:Voice Notifications: Related to start and stop of charging session in English / Nepali Support Language English, with provision for additional regional languages Display Messages EVSE should display appropriate messages for user during the various charging states like:-Vehicle plugged in / Vehicle plugged out'-Duration since start of charge and k.

Wh consumed'-User authorization status'-Fault Conditions-Metering Information: Consumption Units Performance Requirements DC Output Voltage and Current Tolerance DC Output current regulation in Constant Current Charging (CCC);±2.5 A for the requirement below 50 A, and ±5% of the required value for 50 A or more DC Output voltage regulation in constant voltage charging (CVC);Control delay of charging current in CCC DC output current demand response time1 s Ramp up rate: 20 A/s or more.Ramp Down rate: 100 A/s or more Descending rate of charging current EVSE should be able to reduce DC current with the descending rate of 100 A/s or more Periodic and random deviation(Current