BD-EVPDF-Z2 High-Power DC Fast Standing Charging Station
BD-EVPDF-Z2 (dual plugs)
BD-EVPDF-Z2 High-Power DC Fast Vertical Charging Station adopts high-efficiency column installation and simple bracket, equipped with dual guns, which can charge two electric vehicles at the same time, greatly improving the charging efficiency. Whether it is a vehicle of different brands or models, this charging station can be quickly equipped to meet the charging needs of the sound, and provide users with a convenient charging experience.
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Main Features
1. The charging equipment uses multiple high-frequency switching power supply modules in parallel redundancy backup operation,
forming a high-power charging system, with module current unbalance ≤5%, which is highly reliable and easy to maintain.
2. The power module utilizes LLC resonant technology to improve power efficiency, with charging system efficiency exceeding 95%.
3. Features segmented constant power design, allowing for a wide range of output voltage settings: current can significantly increase
charging speed.
4. The power module comes with a standard isolated CAN communication port for monitoring communication.
5. The charging system is equipped with an independent monitor that exchanges information with the human-machine interface and the
host computer, overseeing system operation.
6. The human-machine interface uses a high-performance ARM chip and a 7-inch true-color touch screen, designed for ease of use and
convenience.
7. The human-machine interface operates through the CAN bus and Battery Management System (BMS) or vehicle dashboard
connection, running according to parameters provided by the BMS to set different charging modes, achieving rapid charging.
8. Features comprehensive protection functions such as AC input over/under-voltage protection, AC overcurrent protection, phase loss
protection, AC leakage protection, DC output over-voltage protection, short circuit protection, overcurrent protection, overtemperature
protection, and anti-backflow protection at the output.
9. The touch screen displays real-time information on charging time, voltage, current, electricity, and costs.
10. Mobile backend allows real-time monitoring of current charging time, voltage, current, electricity, and costs.
11. The PC backend can control and monitor the charging pile, including card swiping records, and supports data export.
forming a high-power charging system, with module current unbalance ≤5%, which is highly reliable and easy to maintain.
2. The power module utilizes LLC resonant technology to improve power efficiency, with charging system efficiency exceeding 95%.
3. Features segmented constant power design, allowing for a wide range of output voltage settings: current can significantly increase
charging speed.
4. The power module comes with a standard isolated CAN communication port for monitoring communication.
5. The charging system is equipped with an independent monitor that exchanges information with the human-machine interface and the
host computer, overseeing system operation.
6. The human-machine interface uses a high-performance ARM chip and a 7-inch true-color touch screen, designed for ease of use and
convenience.
7. The human-machine interface operates through the CAN bus and Battery Management System (BMS) or vehicle dashboard
connection, running according to parameters provided by the BMS to set different charging modes, achieving rapid charging.
8. Features comprehensive protection functions such as AC input over/under-voltage protection, AC overcurrent protection, phase loss
protection, AC leakage protection, DC output over-voltage protection, short circuit protection, overcurrent protection, overtemperature
protection, and anti-backflow protection at the output.
9. The touch screen displays real-time information on charging time, voltage, current, electricity, and costs.
10. Mobile backend allows real-time monitoring of current charging time, voltage, current, electricity, and costs.
11. The PC backend can control and monitor the charging pile, including card swiping records, and supports data export.
Model Meaning
BD-EVPDF-Z2 (dual plugs)
| BD | -EV | PD | F | - | 240 | - | P | ||||||||
| matches | |||||||||||||||
| Company code | Charging type | Current type | quantity of charging gun | shell material | Watts | Display type | Function | Installation method | |||||||
| BFDL | Electrical vehicle | A | AC | single gun | P | plastic | 240 | 240kw | 0 | No screen | P | P:Plug and Play | W | Wall-mounted | |
| PD | DC | 2 | two gun | M | metal (iron) | 360 | 360kw | 1 | LCD screen | K | K: KEY (Electronic key) | P | Pedestal | ||
| 3 | customize | 480 | 480kw | 2 | Touch screen | L | L: LAN (Ethernet operation) | ||||||||
| F | Split-type (3-10 guns) | 600 | 600kw | G | G: 4G (4G operation) | ||||||||||
| Y | Y: Card prepayment | ||||||||||||||
| YG | YG: Swipe card to operate | ||||||||||||||
| Note: Functions above can be combined | |||||||||||||||
Main Technical Parameters
| BD-EVPDF-Z2 (dual plugs) Split-type DC charging pile Detailed Parameters | |
| Input/OutputVoltage | AC380V±15% |
| Input Frequency | 50Hz±5% |
| Efficiency (Full Load) | ≥ 96% |
| Output Port | 3-10 plugs |
| Installation Method | Pillar base |
| Output Voltage | 200～750/1000（VDC） |
| Output Current | 0～804/1206/1608（A） |
| Output Power | 240/360/480/600（kW） |
| Cable Length | 5m |
| Human-Machine Interface | 7 inch high-brightness color touch screen |
| Power Factor | ≥0.99 |
| Voltage Regulation Accuracy | ≤±0.5% |
| Current Regulation Accuracy | ≤±1% |
| Current Unbalance | ≤±5% |
| Peak-Peak Ripple | ≤ 1% |
| Cooling Method | Forced air cooling |
| THD | ≤ 4% |
| Backend Communication Interface | Ethernet port /RS232/CAN/485/4G |
| Dimensions (Width × Depth× Height) | 700mm*215mm*1600mm |
Charging Pile Dimensions
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