DC EV Charger – Amprisen | RFQ Sourcing Details

Versatile DC EV Charging Station for Commercial Our DC EV Charging Station offers a flexible and efficient charging solution for a wide range of applications, from commercial operations and public infrastructure to private garages and tailored client systems.

This robust station is designed for reliable performance and meets diverse user needs. Technical specifications at a glance Key parameters are grouped by function so buyers can compare power, installation, connectivity, protection, certification, and operating conditions without reading an unstructured text block.

Use Cases & Site Integration Usage Commercial operation, own garage, centralized/background operation management, joint client's own application management system Usage Scenarios Large/medium-sized parking garage, 4G/Wifi wireless terminals connected charging management system Package Wooden packing Dimensions (Wx.

DxH) 840x880x2000mm (Subject to the actual product) Cable Length 7 or 10m (Optional) Input & Grid Input Voltage AC 400±10% 3P+N+PE Frequency 50±5% Hz Power Factor ≥0.99 Current Distortion (THD) ≤5% Output & Charging Output Current 0-400A Stabilization Accuracy ≤±0.5% Steady Flow Accuracy ≤±1% Ripple Factor ≤±0.5% Output Voltage Range 150-1000VDC Charging Port European standard Number of Charging Guns 2 Output Power 30 / 60 / 120 / 180 / 240 / 300 / 360 kW Effectiveness ≥94% Empowering Commercial EV Charging with High-Power DC Fast Chargers Our range of high-power DC EV chargers, starting from 60kW and extending to ultra-fast charging capabilities, is engineered to meet the demands of commercial and public charging infrastructure.

Communication & Safety IP Grade IP 54 Communication Method PLC (Between car piles), Ethernet (Between piles) Cooling Method Air-cooled Standards Compliant EN 61851-1, EN 62196, IEC , EN 61851-23, EN 61851-24 Protective Function Protection functions such as overvoltage, undervoltage, overload/short circuit grounding, lightning protection, emergency stop protection, full automatic power-off etc.

Environmental & Protection Working Temperature -30 to +50 °C Storage Temperature -40 to +70 °C Humidity 5%-95% No condensation Altitude ≤2000m Noise ≤70 dB Key Features & Technical Highlights Power Output Available in configurations starting from 60kW, with options for 120kW, 150kW, and higher to support ultra-fast charging.

Output Voltage Typically supports a wide voltage range (e.g., 150V-1000V DC) to be compatible with various EV battery architectures. Output Current High current output to enable rapid charging (e.g., up to 200A or more).

Charging Interface Supports industry-standard connectors such as CCS-1, CCS-2, CHAdeMO, and optionally GB/T, ensuring broad vehicle compatibility.

Display & Connectivity Communication Protocol OCPP (Open Charge Point Protocol) compliant (e.g., OCPP 1.6J, OCPP 2.0.1) for seamless integration with charging network management systems.

Safety Features Comprehensive safety mechanisms including Durability Robust enclosure with a high IP rating (e.g., IP54 or higher) for outdoor and indoor installations, ensuring resilience against environmental factors.

Connectivity Options for wired (Ethernet) and wireless (4G/LTE, Wi-Fi) network connectivity for remote monitoring, diagnostics, and software updates. Load Balancing In . Payment Options Supports various payment methods, including credit/debit cards, d improving uptime.

Application notes This DC EV charging station is a reliable and efficient solution for a variety of EV charging needs, offering high power output and comprehensive protection features. Its compliance with European standards ensures compatibility and safety.

Designed for rapid and efficient charging, these stations minimize downtime for electric vehicles, maximizing throughput for charging operators and convenience for EV drivers. Built with robust components and advanced charging technology, our high-power DC chargers ensure reliable performance and safety.

Project fit and buyer notes DC EV Charger for EV charging projects DC EV Charger can be evaluated as part of Amprisen's DC EV charger range.

Confirm connector, power, network, certification, branding, and installation requirements before quotation so the final configuration matches the target market and deployment scenario.

Short answer: DC EV Charger should be evaluated for DC charging projects by target power, connector standard, grid capacity, OCPP platform, payment or RFID workflow, cooling, service access, and uptime requirement.

Specification focus for buyers Decision area What to confirm Site power Confirm transformer capacity, available electrical upgrade, target charging speed, and expected daily utilization. Connector mix Choose CCS, CHAdeMO, GBT, or other connector options by vehicle fleet, market, and public charging requirements.

Operation Define OCPP backend, payment, RFID, screen, network, remote diagnosis, uptime, and service responsibility. Installation risk Plan cooling, enclosure, cable reach, parking layout, safety clearance, maintenance access, and spare parts.

Typical applications Public charging stations Fleet depots Highway and corridor charging Dealerships, service stations, and commercial sites Configuration notes 20kW to 250kW DC fast charging range Compact DC and high-power public charging options OCPP backend integration and remote management options Commercial operation, fleet, and corridor charging configurations Before inquiry Confirm target power level and grid capacity Select CCS, CHAdeMO, GBT, or market-specific connector requirements Define OCPP, payment, RFID, network, and screen requirements Confirm installation environment, cooling, certification, and service access needs Procurement fit DC EV chargers fit public charging, fleet depots, service stations, commercial corridors, and high-utilization sites where shorter dwell time is more important than the lower cost of AC charging.

Market and standards notes Confirm site grid capacity, target power, CCS, CHAdeMO, GBT, or other connector standards, OCPP platform, payment, RFID, screen, cooling, enclosure rating, and service access before hardware selection.

Implementation risks to confirm DC projects carry higher risk around transformer capacity, installation cost, backend operation, payment flow, uptime, spare parts, heat management, and maintenance responsibility, so site information matters before quotation.

Common buyer questions Is DC EV Charger suitable for commercial EV charging projects? DC EV Charger can be reviewed for commercial projects when its power, connector, communication, certification, and installation format match the target use case. Share the site and backend requirements before quotation.

Can this DC EV charger be configured for OCPP or smart charging? OCPP, RFID, app, 4G/Wi. Fi/Ethernet, and remote monitoring requirements should be confirmed by model and project configuration. Amprisen can discuss backend compatibility during the inquiry stage. What project details should be sent with an inquiry?

Send the target country, connector standard, power level, input phase or grid details, mounting type, communication method, certifications, branding needs, estimated quantity, and expected delivery schedule.