1 Summary​

1.1 Model Description​

DCP: DC fast charger; this series consists of integrated dual-gun DC chargers.​
D60/80: Rated output power of the charger.​

1.2 Product Overview​

The DCP-D60/80 series EV DC charger provides national standard compliant charging interfaces and safe, reliable charging services. It delivers an excellent user experience, supporting accurate metering & billing, charging record storage, and consumption settlement.
The unit features configurable parameters for easy debugging, with 6 core functional units:​

• AC distribution unit​
• Power conversion unit​
• DC output unit​
• Charging interface​
• Charging control unit​
• User terminal​

Usage Environment​

Ambient Temperature: Operating -25℃ ~ +55℃; Storage -30℃ ~ +70℃​
Altitude ≤ 2000 m​
Relative Humidity: 5% ~ 95% (non-condensing)​
Installation: Vertical, maximum tilt ≤ 5°​
Environment: Protected from wind, sand, rain, and snow; free of corrosive or explosive gases​
No strong vibration or impact at the installation site​

1.3 Performance Parameters​

Table 1-1 DCP-D60/80 EV DC Fast Charger Performance Parameters​

Project		Technical indicators
Product model specifications		DCP-D60/80
Input characteristics	Input Voltage	AC380V(1±15%) Three-phase five-wire
	AC frequency	50±1Hz
	Power Factor	≥ 0.98
	Current harmonic distortion	THDi ≤ 5%
	Full load efficiency	≥ 96%
Output characterlstics	Rated output power	60/80kW
	Output voltage range	DC200-1000V
	Output current range	Single circuit: O-250A
	Current limiting adjustment range	20%~100% Rating
	Voltage stabilization accuracy	≤ ±0.5%
	Steady flow accuracy	≤ ±1%(Current range 20%-100% load)
	Ripple factor	Effective value coefficient:≤ 0.5%
Protection features	Input over-voltage protection	When the input voltage is higher than the over-voltage protection setting value, the charger can automatically protect
	Input under-voltage protection	When the input voltage is lower than the under-voltage protection setting value, the charger can automatically protect
	Output over-voltage protection	When the output voltage exceeds the over-voltage setting value, the charger can automatically protect
	Output short circuit protection	When the output is short-circuited, the charger can automatically protect itself and automatically recover when the fault point is removed.
	Over temperature protection	When the internal temperature of the charger exceeds theover-temperature setting value, the charger can automatically protect
	Communication protection	Shutdown of electric vehicle communication failure
Human Machine Interface	Status indicator	Displays standby, charging and fault status
	Human machine operation unit	Equipped with 8-inch LCD touch screen: display charging information, battery information, human-machine operation interface
Others	Vehicle Auxiliary Power Supply Specifications	DC 12V/10A
	Operating ambient temperature	-25℃ - +55℃
	Cooling method	Forced air cooling
	Acoustic noise	≤65 dB
	Protection level	IP54
	Size (mm)	60/80KW:1850 (Height)*750(Width)*500(Depth)

​2 Functional Features​

2.1 Basic Functions​

Supports charging for lithium-ion, nickel-metal hydride, and lead-acid batteries, compatible with most common EV models.​
Full touchscreen HMI for convenient, fast operation; top-mounted status indicators enable easy real-time monitoring of operating status.​
Integrates card encryption, metering & billing, background communication, and EV communication functions.​

2.2 Safety Protection Functions​

Equipped with an emergency stop switch: Quickly cuts off power and stops charging in emergencies.​
Real-time communication with the vehicle BMS to monitor traction battery status; instantly stops charging upon fault alarms (overcharge, over-temperature, reverse polarity) to protect vehicle equipment and batteries.​
Clear status indicators and text prompts to prevent operator misoperation.​
Interlock safety mechanism: Charging initiates only after correct connection to the vehicle’s traction battery system. Detects abnormal connections during charging, automatically stops charging, disconnects the DC output circuit, and unlocks the electronic lock to ensure safe separation.​

2.3 Metering & Billing Functions​

Supports time-of-use electricity input for automatic billing conversion and charging fee settlement.​
Offers consumption settlement via charging cards and QR code scanning. Card swiping is restricted to management and O&M personnel for facility maintenance and temporary activation (not issued to customers).​

2.4 Communication Functions​

Communicates with the vehicle’s BMS to verify connection status and obtain charging parameters and real-time data.​
Two-way communication with upper-level monitoring systems: Uploads power, fee, and IC card information to remote monitoring, while accepting remote control commands.​

2.5 Historical Data Recording Functions​

Power-off data retention function prevents charging data loss due to accidental power outages.​
Records the most recent events:​
Alarm events (name + start time)​
Parameter modification and charging events (name + start time)​