Low Voltage Switchgear & Distribution Panels
Low Voltage Switchgear & Distribution Panels
EV CHARGER PANEL BOARD
EV CHARGER PANEL BOARD
EV CHARGER PANEL BOARD
EV CHARGER PANEL BOARD
EV CHARGER PANEL BOARD
EV CHARGER PANEL BOARD
EV CHARGER PANEL BOARD
EV CHARGER PANEL BOARD

EV CHARGER PANEL BOARD

EV CHARGER PANEL BOARD is an intelligent power distribution solution specifically designed for electric vehicle charging infrastructure. This product integrates functions such as power distribution, energy metering, safety protection, and remote monitoring, providing safe, reliable, and efficient power distribution and management for charging stations, supporting various charging modes including AC slow charging and DC fast charging.


Detailed Technical Specifications


Parameter Category

Technical Specifications

Rated Characteristics

Rated Voltage: 400V/230V AC
Rated Frequency: 50Hz/60Hz
Rated Current: 63A-630A
Charging Power: 7kW-350kW

Charging Interfaces

AC Charging: Type 1, Type 2, GB/T
DC Charging: CCS, CHAdeMO, GB/T
Connection Methods: Wired, Wireless

Protection Degree

IP54 (Outdoor standard), IP65 (High protection level)
IK08 (Mechanical impact protection)

Enclosure Material

1.5-2.5mm galvanized steel or 304 stainless steel
Surface Treatment: Epoxy powder coating
Color: RAL7035 (Standard) or custom color

Communication Protocols

OCPP 1.6/2.0, Modbus, CAN bus
Ethernet, 4G/5G, WiFi communication
Remote monitoring and management

Safety Standards

IEC 61851, IEC 62196, GB/T 18487
CE certification, UL certification

Environmental Conditions

Operating Temperature: -30℃~+50℃
Relative Humidity: 5%~95%

Key Product Features

1.Intelligent Charging Management

    Multi-gun charging: Support single/multiple gun simultaneous charging

    Power distribution: Intelligent power allocation, optimizing energy usage

    Billing system: Support multiple billing methods and payment systems

    Scheduled charging: Support reservation and remote start charging

2.Safety Protection System

    Overcurrent protection: Short-circuit and overload protection

    Leakage protection: RCD protection ensuring personal safety

    Lightning protection: Surge protection devices

    Emergency stop: Emergency stop button

3.Remote Monitoring Functions

    Real-time monitoring: Real-time display of charging status and energy data

    Fault diagnosis: Automatic detection and alarm system

    Remote upgrade: Firmware remote upgrade function

    Data recording: Charging records and transaction data storage

4.User-friendly Design

    Touchscreen display: Color touchscreen HMI

    Multilingual support: Support multiple language display

    LED indication: Status indicators and fault indication

    Convenient payment: Support card payment, QR code payment

5.Expandability

    Modular design: Easy maintenance and upgrade

    Capacity expansion: Support power capacity expansion

    Network expansion: Support multi-unit network management

    Function expansion: Support additional function modules

Typical Applications


    Public charging stations: Shopping malls, parking lots, gas stations

    Commercial venues: Hotels, office buildings, shopping centers

    Residential areas: Apartment buildings, villa district charging piles

    Fleet operations: Bus stations, logistics fleets

    Highways: Service area fast charging stations

    Government agencies: Government unit charging facilities

Optional Configurations

    Basic Type: AC slow charging, basic functions

    Standard Type: AC/DC hybrid, intelligent management

    Fast Type: DC fast charging, high power output

    Outdoor Type: All-weather protection design

    Smart Type: V2G function, energy management


FAQ

Q1:What are the main components integrated into your EV Charger Panel Board?

A: Our panel boards typically integrate MCCBs (Molded Case Circuit Breakers), surge protection devices (SPD), residual current devices (RCD Type B for EV), energy meters, and smart controllers to ensure safe power distribution to multiple charging stations.

Q2. Can the panel board support both AC and DC charging stations?

A: Yes, we offer customized solutions. Our distribution boards can be designed to support multiple Level 2 AC chargers or provide the necessary infrastructure for high-power DC fast chargers, depending on your project requirements.

Q3. What is the IP rating of your outdoor EV charging distribution cabinets?

A: For outdoor applications, our cabinets typically feature an IP54 or IP65 rating, providing excellent protection against dust and water ingress, ensuring stable operation in various weather conditions.

Q4. Does your panel board include RCD Type B protection?

A: Absolutely. According to international standards (like IEC 61851), we equip our EV panel boards with Type B RCDs to detect both AC and DC leakage currents, providing maximum safety for users and equipment.

Q5. What certifications do your electrical products carry for international markets?

A: Our factory in Shanxi operates under ISO9001 standards. Our products are designed to meet CE (LVD/EMC), RoHS, and relevant IEC standards, ensuring compliance with most European and Middle Eastern market regulations.

Q6. Do you support Dynamic Load Management (DLM)?

A: Yes, our smart panel boards can be integrated with Load Management Systems. This ensures the total power consumption does not exceed the building's capacity by intelligently distributing power among active EV chargers.

Q7. Can I customize the number of outgoing circuits and the cabinet size?

A: As a direct manufacturer, we provide full OEM/ODM services. We can customize the dimensions, color (RAL codes), and the number of output circuits (from 4 ways to 48 ways or more) to fit your specific installation site.

Q8. How do you ensure the safety of the panels during international shipping?

A: We use export-standard reinforced plywood crates and vacuum plastic wrapping to protect the electrical components from moisture, vibration, and impact during sea or land freight.

Q9. What is the typical lead time for a bulk order of EV Panel Boards?

A: Generally, the production lead time is 15–25 days after design confirmation and deposit, depending on the complexity of the configuration and the order volume.

Q10. Do you provide technical support for installation and commissioning?

A: We provide detailed installation manuals, electrical schematics, and video technical support. For large-scale projects, our engineers can offer remote commissioning guidance to ensure the system is set up correctly.


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