AG-1K075G
Floor Type
Public Use
One Pile with Multiple Charges
≤13kg
>500,000 Hours
Meet CE
0-80A
0.2-80A Continuously Adjustable
20kw
200VDC-1000VDC, Voltage Regulation Step Is 0.1VDC
-40~75
-40~80
Forced Air Cooling
>96%
<5%
OEM
Carton
110mm (height) X385mm (width)X390mm (depth)
Jiangsu
8504409999
Product Description
22kw V2G bidirectional AC/DC EV Charger Module for Electric Vehicle Charging Station
AG-1K075G is a bidirectional AC-DC conversion module designed for V2G, energy storage charging, decommissioned battery cascade utilization and bidirectional conversion applications in microgrids with multiple energy inputs. It has the advantages of wide constant power voltage range, high efficiency, high power factor, high power density, small electromagnetic radiation and interference, high reliability, etc., reaching the international leading level
Unique features:Two-way flow of energy: the same module realizes AC/DC and DC/AC two-way conversion functions, and can transition smoothly when the direction of the power flow changes
High-frequency transformer isolation: guarantee the high reliability of the bidirectional conversion module
Wide DC output voltage range: 150Vdc-1000Vdc, meeting the fast charging and discharging needs of various electric vehicles and battery packs
Wide range of constant power: 300Vdc-1000Vdc constant power up to 73.3A output, strong low-voltage load capacity
Built-in intelligent discharge circuit: automatically discharge residual charge, simplify system design and improve system reliability
Wide temperature range: -40ºC~+75ºC, derated output above 55ºC, suitable for applications in various scenarios
Main feature:
Energy saving and environmental protection: high-efficiency operation in the full load range and ultra-low standby power consumption, the efficiency is as high as 96%, which effectively reduces energy loss and realizes energy saving and environmental protection
Wide input voltage range: AC 260Vac-530Vac, suitable for various power grid environments, DC 150Vdc-1000Vdc, suitable for various battery pack input application scenarios
Three-phase non-neutral AC input: Simplifies system design, eliminates the risk of excessive neutral current, and reduces system cost
Support on-grid and off-grid applications: seamless switching between on-grid and off-grid, adapting to various application scenarios
Full digital control: Dual DSP design realizes full digital control of the charging module to ensure high reliability of control
Damage-free hot-swap: the module has a real damage-free hot-swap function, plug and play
Battery anti-backfeed: effectively protect the battery while ensuring reliable and safe operation of the system
High power density: 36W/in3, saving space in the system and reducing floor space
Excellent electromagnetic compatibility performance: meet the electromagnetic compatibility (EMC) CLASS B requirements of EN61000-6-1 and EN61000-6-3 standards, with small electromagnetic radiation and interference
CAN communication interface design: can be connected to battery BMS
Applications:
Energy storage and charging equipment
V2G charging equipment
Microgrid with DC bus and energy storage
Cascade utilization of decommissioned batteries
| Technical Parameters | |||
| working environment conditions | Operating temperature | -40ºC~+75ºC, use with derating above 55ºC | |
| storage temperature | -40ºC~+80ºC | ||
| Relative humidity | ≤95%RH, no condensation | ||
| cooling method | forced air cooling | ||
| Altitude | 2000m, above 2000m need to consider derating | ||
| rectification mode | AC input | Rated voltage & input current range | 380Vac, three-phase without neutral wire system; 0~43A |
| Input Voltage/Frequency Range | 260Vac~530Vac; 45Hz~65Hz | ||
| power factor | ≥ 0.99 (full load output) | ||
| Current distortion THD | <5% (50%~100% full load output power) | ||
| DC output | rated power | 22kW | |
| Output voltage/current range | 150Vdc-1000Vdc, 0-73.3A | ||
| Voltage regulation accuracy | <±0.5% | ||
| Steady current accuracy | ≤ ±1% (output load 20% ~ 100% rated range) | ||
| efficiency | ≥ 96% | ||
| Transition time between rectification and inverter mode (battery test) | 10mS | ||
| Inverter mode | DC input | DC input voltage & output power | 300Vdc-1000Vdc; 22kW constant power output |
| Maximum current | 73.3A | ||
| AC output | Output AC Voltage & Output Power | 260Vac~530Vac; 22kW constant power output at 320Vac~530Vac | |
| Rated power/current | 22kW /33.3A | ||
| Output AC frequency | 50Hz/60Hz | ||
| THD | < 5% | ||
| output power factor | Can be set, the setting range is 0.8~1, -0.8~-1 | ||
| efficiency | ≥ 96% | ||
| monitor | way of communication | CAN bus | |
| indicator light | Green: Normal operation Yellow: Protection alarm Red: Fault alarm | ||
| Alarm and Protection | Input over/under voltage protection | Automatic shutdown protection, automatically resume work after normal input | |
| Output overvoltage protection | Automatic shutdown protection, the rectifier state needs to be powered on again to restore, and the inverter state will automatically restore after the normal state | ||
| Overcurrent and short circuit protection | Automatic shutdown and lock, need to re-power on to resume work | ||
| over temperature protection | Automatic shutdown protection, automatically resume work after the temperature is normal | ||
| Product reliability and safety regulations | Mean time between failures (MTBF) | >500,000 hours | |
| safety regulations | Meet TUV UL CE | ||
| Dimensions and weight | size | 84mm (height) x 300mm (width) x 395mm (depth) | |
| weight | ≤15kg | ||
