AC Slow Charging
Products Description
The AC Slow Charging new energy vehicle charging station adopts a standard AC input design, with output power ranging from 3.5kW to 22kW, supporting single-phase or three-phase power configurations. It not only provides a stable and reliable charging experience for electric passenger vehicles, commercial vehicles, and electric special-purpose vehicles, but also enables remote monitoring, billing management, and energy consumption analysis through an intelligent control system.
The entire casing is constructed with a high-strength metal or engineering plastic composite structure, possessing excellent protective performance and weather resistance, allowing for long-term indoor and outdoor use. Combined with waterproof, dustproof, and UV-resistant designs, it maintains stable operation even in complex environments.
Key Product Features
High Compatibility Design
Lithium battery charging cabinet. Compatible with multiple brands and models of new energy vehicles, conforming to international standard interfaces (such as IEC 62196 Type 2 / SAE J1772), and seamlessly integrated with various power grid systems, supporting global market needs.
01
Safety Protection System
Equipped with multiple protection functions, including overcurrent, overvoltage, leakage, short circuit, and overtemperature protection. The system monitors operating status in real time and automatically cuts off power in case of abnormalities, ensuring a safe lithium-ion battery charging cabinet.
02
Intelligent Interactive Control
Supports RFID card swipe start, APP remote control, QR code scanning charging, and OCPP communication protocol. It can be connected to energy management systems (EMS) and back-end monitoring platforms for intelligent scheduling and operation management.
03
Flexible Installation
12v battery charger cabinet offers both wall-mounted and floor-standing installation options, suitable for various scenarios such as residences, parking lots, shopping malls, and office buildings. Installation is simple, and wiring is flexible.
04
High Environmental Adaptability
The enclosure has an IP54 protection rating or higher, withstanding high and low temperatures, rain, snow, dust, salt spray, and other environmental conditions, ensuring long-term stable outdoor use.
05
Detailed Display and Structural Highlights
| Waterproof Structural Design | The charging pile features a multi-layered sealed design, with separate electrical and control compartments to effectively prevent rainwater and dust infiltration. |
| High-Precision Display Module | The LCD or LED display shows real-time charging current, voltage, time, and cost information, allowing users to easily monitor the Electric vehicle charging cabinet's progress. |
| Quick-Connect Cable Interface | The interface features anti-misinsertion guide grooves and anti-loosening locking devices, improving connection safety and ease of use. |
| Standardized Internal Wiring Harness Layout | A modular wiring harness management scheme reduces wiring interference and improves electrical safety and maintenance convenience. |
| Heat Dissipation and Energy Efficiency Optimization | The control unit and power module have independent heat dissipation, and the rational airflow design ensures that the system maintains high efficiency and stability even during long-term operation. |
Application Areas
Homes and Private Garages: Lithium-ion battery charger provides daily slow charging for new energy passenger vehicles in conjunction with home power systems.
Commercial and Public Parking Lots: Suitable for centralized deployment in shopping malls, office buildings, hotels, airports, and other similar locations.
Enterprise and Institutional Fleet Management: Supports unified backend monitoring and hierarchical access control, improving vehicle dispatch efficiency.
New Energy Communities and Smart Parks: Lead-acid battery charger can be integrated with smart energy management systems to achieve integrated photovoltaic, energy storage, and charging.
With its excellent adaptability and communication expansion capabilities, Power supply cabinet's new energy AC slow charging piles have been widely used in numerous new energy infrastructure projects worldwide, becoming an important part of the electric mobility ecosystem.
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