SWIFT M1
hmhipech
| Availability: | |
|---|---|
| Quantity: | |
The Hipech Swift M1 7kW AC EV Charger delivers consistent single-phase charging output with integrated LCD display and Bluetooth connectivity, designed for deployment across residential, commercial, and fleet operations. Manufactured in an ISO 27001 certified facility with a dedicated EV R&D center, this charging station complies with OCPP 1.6 protocol and meets TÜV testing standards. The IP54-rated enclosure supports installation in indoor and outdoor locations, providing charging infrastructure solutions for property developers, retail operators, and transportation service providers.
LCD Display and Bluetooth ConnectivityThe charging station features an LCD interface that shows real-time charging status, voltage, current, and energy consumption data. Bluetooth connectivity enables direct pairing with mobile devices for local configuration and monitoring, eliminating the need for complex network setup during initial installation. Users can access charging history, adjust power output limits, and receive status notifications through the connected mobile application. | |
| Comprehensive Electrical Protection SystemsThe charger incorporates multiple layers of protection: current leak protection, leakage ground monitoring, over current protection, over temperature protection, lightning protection, over voltage protection, short circuit protection, and voltage fluctuation protection. Each protection mechanism operates independently to ensure continuous safe operation during charging cycles. Plug and Charge CompatibilityThe charging connector supports standard EV charging interfaces, compatible with electric vehicles using CCS2 and GBT charging standards. The system automatically initiates charging upon connector insertion, requiring no additional user authentication for basic operation. Optional RFID authentication can be enabled for commercial access control requirements. |
Parameter | Specification |
Product Model | Swift M1 |
Design Standard | GB/T 18487.1-2015, GB/T 20234-2015 |
Input Voltage | 220Vac±20% |
Charging Connector | Single gun |
Rated Charging Current | 32A |
Color Options | Star gray |
Display Interface | LCD display |
Operating Temperature / Humidity | -20 - 55 ℃ / 5% - 95% |
Protection Grade | ≥ IP54 |
Safety Protection | Over-voltage protection, under-voltage protection, over-current protection, adhesion protection, insulation protection, lightning protection, emergency stop protection |
Storage Environment | No pollution from salt, acid, smoke, and dust |
Storage Temperature | -40 - 80℃ |
Working Altitude | < 2000 meters |
Cable Length | 3.5 meters / 5 meters (optional) |
Certification | Third-party type test |
| | |
Plug and Charger | App Control | OCPP System |
For residential buildings and property management companies, this charger provides EV charging capabilities for private parking spaces and visitor parking areas. Installation in garages and parking lots enhances property value while meeting the growing demand for electric vehicle infrastructure among residents and tenants.
Transportation companies, delivery fleets, and corporate vehicle operators can deploy multiple units for centralized charging management. The charging stations support scheduled charging during off-peak electricity hours, reducing operational energy costs for commercial procurement departments. Remote monitoring capabilities enable fleet managers to track charging status across all vehicles in real time.
Retail centers, office buildings, hotels, and public parking operators can install these chargers to offer EV charging as an amenity for customers and employees. The OCPP 1.6 compliance enables integration with existing payment systems and charging network platforms, supporting paid charging models for revenue generation.
Ride-hailing services, car rental companies, and vehicle sharing platforms benefit from rapid deployment capabilities. The chargers support networked management for centralized billing, usage tracking, and maintenance scheduling, streamlining business operations for mobility service providers.
The charging system connects with customer OCPP 1.6 platforms and supports mobile application operations for charging initiation, payment processing, and session management. Users can remotely start or stop charging sessions, monitor energy consumption, and access historical charging data through the dedicated mobile interface.
For multi-unit deployments, the OCPP 1.6 protocol enables integration with backend management platforms. Operators can monitor all charging stations through a web-based dashboard, displaying real-time status, energy usage statistics, revenue data, and fault alerts. The 7-inch touchscreen interface on each unit provides local control and configuration options.
The charging station supports multiple connectivity options for integration with different network environments. Bluetooth connectivity provides local access for on-site configuration, while network connectivity enables cloud-based management and remote monitoring capabilities required for large-scale commercial deployments.
The charger supports wall-mounted, ground-mounted, and pole-mounted installation options. Professional electrical installation is required according to local electrical codes. The unit operates on single-phase 220V power supply with a dedicated 32A circuit.
This AC charger works with all electric vehicles equipped with standard AC charging ports, supporting both CCS2 and GBT connector standards. The 7kW output matches the on-board charger capabilities of most passenger electric vehicles currently available on the market.
The product has completed third-party type testing and meets GB/T 18487.1-2015 and GB/T 20234-2015 standards. Manufactured in an ISO 27001 certified facility, each unit undergoes full functional testing before shipment.
Yes, the charger fully complies with OCPP 1.6 protocol, enabling integration with most commercial charging network platforms and management systems. The open protocol supports custom integration for enterprise charging infrastructure deployments.

