Parametric Performance Table
| Project | Parameter |
| Power rating | 14KW(1 Phase)/ 22KW(3 Phase) /44KW(3 Phase) |
| optional | WIFI/4G/OCPP1.6/LAN |
| Charging interface type | GB/T 20234 /IEC 61851/SAE J1772/NACS |
| Input & Output voltage | AC220V+10%(1 Phase)/ AC380V+10%(3 Phase) |
| Output current | 16A/32A |
| Frequency | 45-65Hz |
| Active Display Area(H xV mm) | 1211 x682 |
| Resolution | 1920 x1080 |
| Aspect Ratio | 16:9 |
| Brightness | 2500 nits |
| Backlight Adjustment | Automatic(Ambient Light Sensor) |
| Viewing Angle | 178°/178° |
| Backlight Configuration | Direct LED |
| Operation Life Cycle-mtbf(hours) | 50.000 |
Key Features and Advantages
Stability: Standing directly on the floor, these chargers offer superior stability compared to wall-mounted or portable units.
High Capacity: They often support higher charging powers and can accommodate larger battery capacities, making them suitable for quick charging and long-duration charging sessions.
Versatility: Equipped with multiple charging ports and modes, they can accommodate various makes and models of EVs or E-bikes.
Intelligence: Many models come with smart control systems that enable remote monitoring, fault diagnosis, and data analysis, enhancing charging efficiency and safety.
Ease of Maintenance: The upright design makes internal components and parts more accessible for routine maintenance and troubleshooting.
Applications
EV Charging Stations: At EV charging stations, floor-standing chargers provide fast and reliable charging services to EV drivers.
Public Spaces: Shopping malls, parking garages, airports, train stations, and other public spaces often install floor-standing chargers to cater to the charging needs of EV and E-bike users.
Residential Areas: In residential communities, floor-standing chargers can be installed in designated parking areas to facilitate charging for residents' EVs or E-bikes.
Considerations
Site Selection: Proper site selection is crucial to ensure easy access for users and minimal disruption to the surrounding environment and traffic flow.
Safety Measures: The chargers must incorporate robust safety features such as overcurrent protection, overvoltage protection, and short-circuit protection to ensure safe charging operations.
Regular Maintenance: Regular maintenance and inspections are necessary to maintain the chargers' optimal performance and prevent potential issues.