The EV charging pile series uses Voltronic's fully self-developed CCS controller and OCPP to ensure product stability and reduce maintenance risks. Patented ECO energy saving mode to reduce energy consumption. After the vehicle is charged, even if the charging gun is connected, the charging pile will enter the sleep mode (power consumption of 12W). If the charging gun is connected to another vehicle, the charging pile will resume charging. In addition, the patent modularizes the design of the charging module to facilitate replacement and reduce maintenance costs.
Self-developed controller, CCS and OCPP charging module
Support a variety of charging standards :GB, CCS1, CCS2, CHAdeMO
TCharge up to 2 electric vehicles at the same time
Built-in RFID card reader
Support OCPP 1.6 JSON network and 3G/4G
APP Remote Firmware Upgrade (OTA)
Remote diagnostics simplify data collection and analysis
IP65 rating, IK10 destruction-proof case and IK8 touch screen
7 Color touch LCD display, easy to configure
Public places: Charging piles provide charging services for electric vehicles in public places such as parking lots, gas stations, airports, train stations, bus stops, etc. These places usually have a large flow of people and vehicles, and the charging demand of electric vehicles is correspondingly large, so the installation of charging piles in these places can provide convenient charging services for electric vehicles
Commercial areas: commercial areas such as shopping centers, supermarkets, restaurants, cafes, etc., are also important application scenarios for charging piles. These places usually have a large number of consumers and vehicles, and the installation of charging piles can not only provide charging services for electric vehicles, but also attract more consumers.
Residential areas: In residential areas, apartments, villas and other residential areas, charging piles provide charging services for residents. These places usually have residents' own electric vehicles, and the installation of charging piles can provide residents with convenient charging services and improve the quality of life of residents
In-transit charging scenario: Mainly applicable to highway long-distance charging, providing high-power DC piles and overcharged piles for fast charging during long-distance travel.
Solar energy storage: Lead-acid batteries can be used in the energy storage equipment of solar power generation systems to store the electricity generated in the process of solar power generation.
Fleet charging scenario: suitable for organizations or enterprises with multiple electric vehicles, with large charging coverage, mobile and other characteristics.
| Model | Ac input | Rated DC output power | Net weight (kg) |
| IP65-20G | 32A.22KVA | 20KW | 44 |
| Model | 20kw | ||||||
| disposition | |||||||
| communication | DIN 70121,ISO/EC 15118 ed 1. CHAdeMO 1.2.GBT27930,GBT 34657 | ||||||
| Codes and standards | IEC 61851-1 ed 3, IEC 61851-21-2 ed1,IEC 61851-23 ed 1,IEC 61851-24 ed1, IEC 62196-2,IEC 62196-3. IEC 61000GBT18487.GBT20234 | ||||||
| Universal characteristic | |||||||
| Weight (kg) | 44 | ||||||
| Ac input power supply | 32 A, 22 kVA @ 400V 50Hz | ||||||
| Input voltage range | 400 VAC or 380 VAC +/10% | ||||||
| User interface | |||||||
| RFID reader | SO/IEC14443 A/B Mifare RFlD reader | ||||||
| Language system | English,Chinese,French,Spanish | ||||||
| Charging type | DC fast charging | ||||||
| Maximum current | CCS cable | 80A | |||||
| Maximum current | CHAdeMO cable | 60A | |||||
| Maximum current | GBT cable | 60A | |||||
| Connector type | 3P+N+PE | ||||||
| Distribution system | TN-S.TN-C, TN-C-S, TT (required external RCD) | ||||||
| Socket system | C:CCS2 cable ,A: CCs1 cable,]: CHAdeMO cable .G: GBT cable | ||||||
| Overvoltage class | Type l | ||||||
| Cellular communication | GSM, 4G, LTE | ||||||
| Input frequency | 50 Hz or 60 Hz | ||||||
| Number of rechargeable electric vehicles at the same time | Up to 2 (JC,JA models) Up to1 (C, A,J, G models) | ||||||
| Cable length | 5.0 m,Optional: 6.0 m/7.0 m | ||||||
| Electromagnetic compatibility | Class A (optional Class B) according to EN 61000-6-3:2007 | ||||||
| Protection | Overcurrent, overvoltage, undervoltage, integrated surge protection, ground fault including Dcleakage protection,door opening protection | ||||||
| Electric energy measurement | Standard: Meter for DC outlet, Optional: AC inlet | ||||||
| Dc output rated power (MAX) | 20KW | ||||||
| Dc output voltage | 200-1000 Vdc(Constant power from 300-1000Vdc) | ||||||
| Power factor | ≥0.98 | ||||||
| THDi | ≤5% | ||||||
| efficiency | ≥93% | ||||||
| Standby power supply | ＜35W | ||||||
| Short-circuit current | 10KA | ||||||
| Precharge current | ＜1A | ||||||
| Inrush current | ＜55A | ||||||
| Leakage current | 0.8mA | ||||||
| Universal characteristic | |||||||
| Install | Wall-mount or pedestal stand | ||||||
| Working altitude | Up to 2000 m | ||||||
| humidness | 20-95 % Rh non-condensing | ||||||
| Class of protection | IP54 andlk10(cabinet)/lk8 (touchscreen) | ||||||
| Operating temperature | -35 °C to +55°C | ||||||
| Housing material | SGCc, Optional: SUs430 | ||||||
| Storage temperature | -40°C to +70°C | ||||||
| Dimensions (L x W x H) mm | 200X450X600 | ||||||
| User interface | |||||||
| User authentication | RFID, QR code | ||||||
| Emergency button | Yes | ||||||
| connectivity | Internet access via 4G/3G/Ethernet(R]45) | ||||||
| User interface | 7" LCD high-contrast touchscreen | ||||||
| Communication protocol | Proprietary and OCPp 1.6] | ||||||
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