Fleet Charging Infrastructure
Output Power；40/60/80/120/160/18/240kW
Input Voltage；AC380V ±20%
Output Voltage Range；DC200–1000V
Output Current；0–300A
Charging Connectors；2
Multi-Gun Capability；Up to 4 charging guns supported
Protection Rating；IP54
Operating Temperature；-20°C to 50°C
- Fast Delievery
- Quality Assurance
- 24/7 Customer Service
Product Introduction
Product Display
Fleet charging infrastructure is developed by Newcom for commercial EV fleet sites that require three-phase power input, multiple charging interfaces, and stable high-frequency operation. The system adopts AC380V ±20% input voltage with 3P + N + PE connection, making it suitable for industrial parks, logistics depots, bus yards, taxi charging sites, and commercial fleet charging projects with planned power distribution.
During the production of fleet charging infrastructure, quality control must focus on electrical safety, component consistency, assembly accuracy, and long-term operating stability. Since this product is used in commercial fleet charging sites, every unit should be checked according to the required input voltage, output performance, connector configuration, protection level, and remote monitoring function before shipment.
Technical Specifications
| Item | Specification |
|---|---|
| Output Power | 40 / 60 / 80 / 120 / 160 / 180 / 240kW |
| Input Voltage | AC380V ±20% |
| Input Connection | 3P + N + PE |
| Operating Frequency | 45–65Hz |
| Power Factor | ≥0.95 |
| Output Voltage Range | DC200–1000V |
| Output Current | 0–300A |
| Charging Connectors | 2 |
| Multi-Gun Capability | Up to 4 charging guns supported |
| Charging Cable Length | Standard 5-meter cable |
| Cooling Method | Air cooling; liquid cooling optional |
| Installation Type | Floor-mounted |
| Installation Environment | Indoor / Outdoor |
| Protection Rating | IP54 |
| Operating Temperature | -20°C to 50°C |
| Storage Temperature | -40°C to 85°C |
| Humidity Range | 5–90% RH, non-condensing |
| Altitude | ≤2000m |
| Remote Monitoring | Supported |
| Remote Service | Supported |
| OEM / ODM | Supported |
| Custom Design | Available |
OEM/ODM Fleet Charging Infrastructure
Newcom supports OEM/ODM cooperation for distributors, EPC contractors, charging station operators, fleet solution providers, and local EV charger brands. Based on project requirements, we can adjust the power configuration, charging connector quantity, cabinet appearance, cooling method, branding details, and installation-related design to match different fleet charging infrastructure projects.
As a factory, we focus on making customization practical for real project deployment. Whether the project is for logistics depots, bus charging stations, taxi fleets, commercial parking sites, or public charging networks, our team can review the site conditions, charging demand, input power capacity, and market requirements before providing a suitable custom DC fast charging solution.
Quality Control During Production
Key inspection points include:
Input Power Inspection
Check whether the AC input design matches AC380V ±20% and 3P + N + PE connection requirements. Wiring terminals, grounding points, insulation distance, and cable fastening must be inspected carefully.
DC Output Performance Test
Verify the output power configuration, output voltage range of DC200–1000V, and output current range of 0–300A. The test should confirm that the charger can operate within the specified electrical parameters.
Charging Connector Inspection
Check the standard 2 charging connectors for correct assembly, firm connection, cable protection, connector identification, and mechanical durability. For projects requiring up to 4 charging guns, each charging gun position and wiring path should be inspected separately.
Multi-Gun Configuration Check
Confirm that the charging gun quantity, internal wiring, output allocation, and control logic match the customer's order configuration. This is especially important for fleet charging depots where multiple vehicles may charge during the same operating period.
Cooling System Inspection
Check whether the standard air cooling system is installed correctly, including fan operation, ventilation channel, filter position, and internal heat dissipation space. If liquid cooling is selected, pipe connection, sealing condition, coolant circuit, and leakage risk must be checked.
Protection and Cabinet Inspection
Inspect cabinet structure, sealing strips, door locks, cable entry points, waterproof treatment, and surface coating to support the IP54 protection requirement and indoor/outdoor installation.
Environmental Adaptability Check
Confirm that key materials and components are suitable for the stated operating temperature of -20°C to 50°C, storage temperature of -40°C to 85°C, humidity range of 5–90% RH non-condensing, and altitude up to ≤2000m.
Remote Monitoring and Remote Service Test
Test communication modules, monitoring data upload, operating status display, fault reporting, and remote service response functions before shipment.
Grounding and Insulation Test
Perform grounding continuity, insulation resistance, and electrical safety checks to reduce risks during installation and operation.
Final Factory Acceptance Test
Before delivery, each unit should go through appearance inspection, wiring inspection, power-on test, output test, connector test, communication test, safety protection check, and order configuration verification.
This production inspection process helps ensure that each fleet charging infrastructure unit meets the required electrical specifications, installation conditions, connector configuration, and project customization requirements before it leaves the factory.
FAQ
1. What types of fleets can use this charging infrastructure?
This fleet charging infrastructure can be used for logistics fleets, delivery vans, electric buses, taxi fleets, ride-hailing vehicles, corporate EV fleets, commercial service vehicles, and public charging projects. It is suitable for depot charging, commercial parking sites, transport hubs, and fleet operation centers.
2. What input power supply is required?
The charger requires AC380V ±20% input voltage with 3P + N + PE connection. The operating frequency range is 45–65Hz, and the power factor is ≥0.95. Before installation, we recommend checking the site's transformer capacity, cable routing, distribution cabinet, and reserved electrical load.
3. What is the DC output voltage and current range?
The system supports a DC200–1000V output voltage range and 0–300A output current. This allows the charger to support different commercial EV platforms within the compatible voltage and connector configuration.
4. How many vehicles can be charged at the same time?
The standard configuration includes 2 charging connectors, and the system can support up to 4 charging guns depending on the project configuration. For fleet depots with multiple vehicles returning at the same time, we can help evaluate charging gun quantity based on parking layout and daily charging demand.
5. What is the standard charging cable length?
The standard charging cable length is 5 meters. This length is suitable for many commercial parking and depot charging layouts. For special parking arrangements or customized site layouts, cable requirements can be discussed during the project evaluation stage.
6. Does the system support remote monitoring?
Yes. Remote monitoring is supported. This helps fleet operators and charging station managers check charger status, manage operation data, and improve service response. It is especially useful for fleet depots, multi-site charging networks, and commercial EV charging infrastructure projects.
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