Features- Goldpower integrated DC charger designed with dual gun, the maximum power is 150KW (rated output power is 120KW/60KW )
- Using high-performance ARM chip control, 7-inch true color LCD touch screen, easy to achieve man-machine information exchange
- With perfect protection function like: input over/under voltage protection, output over current protection, output over voltage protection, output short circuit protection, over temperature protection, battery anti-reverse protection, insulation detection protection, emergency stop protection.
- The charging rectifier module adopts full bridge soft switch technology, the efficiency up to 95% or more.
- Perfect AC side lightning protection design, to adapt to thunderstorm areas.
- Ultra-low radiation, safe and reliable. Pressure level, insulation class and EMC of the charger comply to relative requirements as per NB/T 33001-2010,and part of function designed as per "Typical design of EVSE"
The design of dustproof and waterproof up to level IP54 to meet indoor and outdoor requirements.To prevent rain directly onto the equipment, the roof needs to be installed outdoor.System Statements
1.1 GPEV150-AA750-S2 System ConfigurationGPEV150-AA750-S2 charger consists of outdoor cabinet, HMI, power distribution unit, monitoring module and charging rectifier module. Specific matching module refers to following table:
Optional
Configuration | Rectifier module | Optional number | Distribution
| Monitoring system | Remark |
configuration
| GPR75020A | 10pcs | AC input:
3-phase 5wire,250A/3P MCCB;
Anti--thunder:3-phase C pole
DC output:double gun output mode.
Single gun mode output maximum
output current is 200A(DC+,DC-)
while double gun each 100A
EV auxiliary power supply:
12V10A optional(A+,A-) | Monitoring system | See the module
specifications
for more detailed
information
|
1.2 GPEV150-AA750-S2 Charger Operating principle - The charging pile adopts three-phase five-wire input, through the input circuit breaker, into the charging rectifier module and auxiliary power supply module, the auxiliary power supply module provide auxiliary voltage (A +, A -)for the electric vehicle, C-class lightning protection in parallel the rectifier module input, to provide rated 20KA discharge current AC lightning protection.
The charging rectifier module converts the three-phase alternating current to HV DC and connects to the DC power distribution unit. According to the capacity requirements of the charger, the number of charging rectifier modules is optional.
2. DC power distribution unit will connect the DC output through the charging gun and electric vehicle charging interface, so as to charge the electric car. The DC charger consists of the monitoring system and charging rectifier module and man-machine operation monitoring interface. Maximum output power is 150KW, output voltage 300Vdc~750Vdc adjustable.Specifications | Ambient |
| Parameter | Min. | Typ. | Max. | Unit | Remark |
| Operating temp. range | -20 | 25 | 50 | °C | Certificated within this range |
Extreme operating
temp. range | -40 | 25 | 55 | °C | -40°C ~-20°can be loaded with start
,extended temperature:50 -55°C,
The module outputs linearly at 4% / ° C |
| Relative humidity | 5 | | 95 | % | No condensation on the surface |
| Altitude | 0 | | 2000 | m | |
| Input |
| Parameter | Min. | Typ. | Max. | Unit | Remark |
| Input mode | 3-Phase, 5 Wire (3Ph+N+E) | Note: the charger rectifier module without center line |
| Nominal input voltage range | 323 | 380 | 437 | Vac | Nominal voltage, certified within this voltage range |
| Input operating voltage range | 295 | 380 | 437 | Vac | The input voltage 315-265Vac is linearly reduced from 15KW to 5KW by 2% / V |
| Max. input voltage | | | 560 | Vac | The module could not work but can't be damaged under this input voltage |
| Max. input current | | | 240 | A | Low voltage full load ,each phase |
| Max. input power | | | 166 | KW | Input 323Vac,output full load. |
Soft start time
| 5 | | 15 | S | The nominal input voltage range is energized to the power supply and the output voltage rises to the set value. |
Power factor
| >0.98 | Rated input, full load output |
| >0.97 | Rated input, half load output |
Input current harmonic
| THD<5% | Rated input, full load output |
| THD<10% | Rated input, half load output |
| Grounding method | Protected ground to the power supply case |
| Output |
| Parameter | Min. | Typ. | Max. | Unit | Remark |
| Rated output voltage | 750 | Vdc | |
| Rated output voltage range | 300 | | 750 | Vdc | Certificated within this output voltage range |
Rated output current
| 10 | | 200 | A | Single gun charging mode |
| 5 | | 100 | A | Double gun charging mode |
| Rated output power | | | 120 | KW | Max. power up to 150KW |
| Stabilized voltage precision | -0.5 | | +0.5 | % | |
| Ripple effective value | | | 1 | % | |
| Dynamic response time | | | 200 | us | |
| Dynamic response overshoot | -0.5 | | +0.5 | % | |
| Efficiency | | | 95.8 | % | |
| Noise | | | 65 | dB(A) | |
| Current-sharing | -5 | | 5 | % | Tested when the output current more than 50% |
| Cooling | Forced air cooling |
| Protection |
| Parameter | Min. | Typ. | Max. | Unit | Remark |
| Input over current protection | With input over current protection function, the input circuit breaker trip during protection. |
| Input over voltage protection | 455 | | 465 | V | |
| Input over voltage Protection recovery | 445 | | 455 | V | |
| Input under voltage protection | 250 | | 264 | V | |
| Input under voltage protection recovery | 280 | | 305 | V | |
| Module over temp. protection | | 56 | | °C | Auto recovery after the module temperature is reduced, |
| Output over voltage protection | 765 | | 785 | V | Overvoltage lock, the module re-unlocked |
| Output over current protection | | | 220 | A | Over current, or constant current |
| Output short circuit protection | With short circuit protection function |
| Fan fault protection | Any fan failure corresponding to the power module no output. |
| Battery anti-reverse protection | When the output charging battery is reversed, the system has no output |
| Insulation detection protection | With insulation detection protection function. |
| System exception protection | During the charging process, in an emergency (such as starting the emergency stop switch, communication failure with the electric vehicle battery management system, control guidance failure, etc.), the charger should immediately disconnect the output contactor, and through the discharge circuit within 1S The charge interface voltage drops below 60VDC. |
| Others requirements |
| Parameter | Min. | Typ. | Max. | Unit | Remark |
| Output current error | -1 | | 1 | % | The current less than 50A,the error ±0.5A |
| Output voltage error | -0.5 | | 0.5 | % | |
| DC meter error | | 0.5 | | Level | |
| Low voltage auxiliary power supply | | 24±1% | | Vdc | Optional output 5A |
| | 12±1% | | Vdc | Optional output 10A |
| Input cable length | | 5 | 10 | m | Optional length |
| Charging gun interface | Comply to GB/T20234.3-2015 |
| Insulation |
| Parameter | Requirements | Remark |
| Input-output | 3535Vdc/10mA//1min | Remove the charging rectifier module, auxiliary power module, monitoring
module while testing. Normal
atmospheric pressure, no breakdown
and arcing within 1 minute |
| Input-earth | 3535Vdc/10mA//1min |
| Output-earth | 2121Vdc/10mA//1min |
| Insulation resistance | Under normal atmospheric pressure, the relative humidity ≤ 90% of the environment, between the charged circuit and the charged circuit between the ground at 1000V DC voltage insulation resistance of not less than 10MΩ. |
| EMC |
| Parameter | Requirements | The reference standard |
| ESD | Air discharge±8KV | GB/T 17626.2-2006(according to A) |
| Contact discharge±6KV |
| RS | Test frequency:80MHz~1000MHz;
800MHz~960MHz,1.4G~2.0GHz,
Electric field strength:10V/m;
Amplitude modulation:80%AM(1KHz) | GB/T 17626.2-2006(according to A)
|
| EFT/B | Power supply port, PE:2KV | GB/T 17626.4-2008(according to B) |
| SURGE | 2KV±10% | GB/T 17626.5-2008(according to B) |
| CE | CLASS A | EN55022 |
| RE | CLASS A | EN55022 |
| Mechanical |
| Dimension | (W×H×D)750 mm×1800 mm×700mm |
| Weight | ≤200Kg(including module)
≤110Kg(Cabinet + Distribution,no module) |
Shenzhen Gold Power Tech Co., Ltd. Was established in 1995, a leading excellence integrated power supply solutions partner in the industry. There's an independent industrial park with 80, 000 square meters in Pingshan district, Shenzhen, China. With more than 478 employees and many core intellectual property rights. The production capacity of all kinds of power supply is 6 million units every year, products are exported to more than 30 countries and regions over the world. Goldpower has been the national high-tech enterprise after more than 20 years of practice in power supply industry.
Our products cover Telecom, Green Solar Energy, Automobile application electronic and New energy fields formed six core product series, including standard telecom power supply, remote power supply, HVDC, Solar PV(photovoltaic), LED power supply and the car rechargeable power supply, widely used in communications, power electronics, automatic control, railway, military industry, medical treatment, financial self-service, LED, solar power and automobile charging control system.
We are ISO9001 approved enterprise and we can promise you good quality. Welcome to contact us for business cooperation.
