BD-EVPD2 360kW Integrated DC Dual Plugs Charging Pile
BD-EVPD2- 240/280/300/320/360
BD-EVPD2 360kW integrated DC dual-plug charging pile: full-scenario supercharging, supports 200-750/1000V DC wide voltage platform, 0-500/600A dynamic current output, power coverage 240-360kW (240/280/300/320/360kW five-speed adjustable). Dual-plug independent fast charging design, synchronously replenishing energy for two EVs - commercial vehicles can charge 400km (100kWh battery) in 10 minutes in 360kW mode, and passenger cars can be fully charged to 80% in 15 minutes in 240kW mode. Equipped with an intelligent load distribution system, it automatically balances the power of multiple plugs and is suitable for high-power scenarios such as bus hubs, logistics parks, and supercharging stations. IP67 protection level, -40℃ to 55℃ wide operating temperature, support for V2G grid interaction, and enable new energy sites to build an integrated photovoltaic, storage and charging ecosystem.
Quantity:
Main Features
1. Supports dual-gun independent output, with a maximum power of 360kW for a single gun (BD-EVPD2-360 model). When the two guns work at the same time, the power can be dynamically allocated (such as 180kW×2 or flexibly adjusted according to vehicle needs), replenishing 80% of the power for two electric vehicles within 15-20 minutes, significantly improving the utilization rate of charging piles and customer turnover rate.
2. All functional units (power distribution, charging, heat dissipation, monitoring) are integrated in a single industrial-grade cabinet with a protection level of IP54, supporting ground or wall installation, saving site space. The modular component design simplifies the maintenance process, reduces the construction and operation and maintenance complexity of batch deployment of multiple piles, and adapts to the large-scale procurement needs of wholesale customers.
3. Provide five power models from 240kW to 360kW, and enterprises can choose solutions based on grid capacity, site planning and budget. For example, highway charging stations can deploy 360kW high-power models to shorten charging time, while urban community charging stations can choose 240kW economical configurations to balance cost and efficiency.
4. Built-in AI dynamic load distribution algorithm, real-time monitoring of grid load and priority allocation of power to high-demand vehicles to avoid overload risks. Supports remote management of multi-pile clusters on the cloud platform, generates energy consumption statistics, fault alarms and operation reports, and integrates time-of-use billing strategies and batch payment interfaces exclusive to wholesale customers to optimize large-scale operation efficiency.
5. Adopts flame-retardant metal casing and lightning protection design to adapt to extreme environments of -30℃ to +55℃. Equipped with ten safety protection mechanisms (overvoltage, overcurrent, leakage, short circuit, battery reverse connection, etc.), real-time communication with vehicle BMS through CAN bus to ensure charging safety. The power module adopts LLC resonant topology technology, and the system conversion efficiency is ≥95%, reducing long-term operating costs.
2. All functional units (power distribution, charging, heat dissipation, monitoring) are integrated in a single industrial-grade cabinet with a protection level of IP54, supporting ground or wall installation, saving site space. The modular component design simplifies the maintenance process, reduces the construction and operation and maintenance complexity of batch deployment of multiple piles, and adapts to the large-scale procurement needs of wholesale customers.
3. Provide five power models from 240kW to 360kW, and enterprises can choose solutions based on grid capacity, site planning and budget. For example, highway charging stations can deploy 360kW high-power models to shorten charging time, while urban community charging stations can choose 240kW economical configurations to balance cost and efficiency.
4. Built-in AI dynamic load distribution algorithm, real-time monitoring of grid load and priority allocation of power to high-demand vehicles to avoid overload risks. Supports remote management of multi-pile clusters on the cloud platform, generates energy consumption statistics, fault alarms and operation reports, and integrates time-of-use billing strategies and batch payment interfaces exclusive to wholesale customers to optimize large-scale operation efficiency.
5. Adopts flame-retardant metal casing and lightning protection design to adapt to extreme environments of -30℃ to +55℃. Equipped with ten safety protection mechanisms (overvoltage, overcurrent, leakage, short circuit, battery reverse connection, etc.), real-time communication with vehicle BMS through CAN bus to ensure charging safety. The power module adopts LLC resonant topology technology, and the system conversion efficiency is ≥95%, reducing long-term operating costs.
Model Meaning
BD-EVPD2- 240/280/300/320/360
| BD | -EV | PD | 2 | - | 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) | 280 | 280kw | 1 | LCD screen | K | K: KEY (Electronic key) | P | Pedestal | ||
| 3 | customize | 300 | 300kw | 2 | Touch screen | L | L: LAN (Ethernet operation) | ||||||||
| 320 | 320kw | G | G: 4G (4G operation) | ||||||||||||
| 360 | 360kw | Y | Y: Card prepayment | ||||||||||||
| YG | YG: Swipe card to operate | ||||||||||||||
| Note: Functions above can be combined | |||||||||||||||
Main Technical Parameters
| BD-EVPD2- 240/280/300/320/360 Integrated dual plugs DC charging pile Detailed Parameters | |
| Input/OutputVoltage | AC380V±15% |
| Input Frequency | 50Hz±5% |
| Efficiency (Full Load) | ≥ 96% |
| Output Port | Dual plug |
| Installation Method | Pillar base |
| Output Voltage | 200～750/1000（VDC） |
| Output Current | 0~500/600 (A) |
| Output Power | 240/280/300/320/360 (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) | 900mm*1000mm*2100mm |
Charging Pile Dimensions
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