Olife Energy Stand charging station DC 40 kW with integrated AC charger
DC charging for business and public car parks. This OlifeEnergy station offers up to 40 kW, CCS2 connection and IP54 protection for outdoor operation.
After the optional Dual-mode upgrade, the station can fast-charge two electric vehicles simultaneously.
A subsidy from the Czech Nová zelená úsporám programme can be obtained towards an OlifeEnergy charging station. More information is available in the Nová zelená úsporám (NZÚ) category.
Power and charging
The DC fast charging station for electric cars charges up to 40 kW. The charging station is directly connected to the traction battery of the electric car and controls the entire charging process. The power electronics are located directly in the stand (no additional stands are required for outputs up to 90 kW).
Olife Energy The DC 40 kW free-standing charging station has an IP54 degree of protection and is designed for outdoor use. It is available in a stand-alone stand design. This station is equipped with one cable with a CCS2 connector and integrated AC charger 22 kW (cable Type 2, length 4m).
The station is fully compatible with the Olife Energy Cloud service for remote monitoring, control, station control and power regulation. It can also be controlled using RFID cards or a mobile application, or via the OCPP protocol. You can control the performance of all charging stations remotely.
The fast DC charging station is suitable for operation in company car parks, petrol stations, shopping malls and in places with high penetration of electric cars.
Installation services
SECTRON holds a certified professional qualification for installing electric vehicle charging stations.
Specifications of DC charging station 40kW:
- Mode: single / dual
- Form: outside IP54 - freestanding charger
- Connection to EV: cable with plug (IEC 62196-3)
- Charging mode: IEC 61851-1, type C
- DC output: CCS2
- AC output: Type 2 socket/cable with plug
- Control: local – automatic charging, RFID / remote – Olife Energy Cloud (RFID, smartphone app.) / OCPP 1.6 (2.0)
- AC inlet: AC 3 + N + PE 400 V 50 Hz, TN-S / AC 3 + PEN 400 V 50 Hz, TN-C
- Input current (max., without AC option): 3×38 A for each 20 kW of output power
- Output voltage (max.): 1000 VDC
- Output current (max.): 134 A (67 A for each 20 kW of output power)
- Charging cable length: 4 m DC / 4 m AC
- Communication: Olife Energy Cloud, OCPP-J, 1.6, 2.0
- Data connection: Ethernet, USB (GSM, Wi-Fi)
- Temperature range: -30 °C to 50 °C
- Humidity: 5 % to 95 %
- Dimensions: 2000 x 560 x 380 mm
- Weight: 120 kg
RFID module (included)
The RFID reader allows user authorisation using common key cards or chips (entrance cards, client cards, etc.) Specific RFID cards can be stored in the memory of the charger and added on demand. Optional remote configuration is also available via the SmartCharge module.
EXTENSION MODULES OLIFE ENERGY CLOUD:
Payment Terminal
The Olife Energy DC charging station can be upgraded for a fee with a contactless payment terminal equipped with a keypad. Thanks to its integrated camera, the terminal enables payments via QR codes. It supports Tap’n Pay transactions using magnetic stripe, chip, and contactless EMV cards, as well as digital wallets on NFC-enabled smartphones (e.g., Apple Pay, Google Pay) and wearable devices such as Apple and Samsung watches. For more information, please contact our sales department.
Remote monitoring
A basic service for remote communication with the charging station. The user is informed about status and energy consumption - including historical data. The Remote Monitoring Service includes free presentation of the charging station in the Olife Energy Net charging network.
Access control
This service allows management of RFID user chips and smartphone application user management. A List of all individual charging sessions (user, time and consumed energy) data is available to the charging station owner with this service.
Power control
A load balancing service for advanced control of the charging station. If there is not enough power to charge the E.V., or E.V. fleet, consumption of the charging station(s)can be managed based on specific maximum with draw limits (weak grid) or dynamically (based on maximum consumption of the building in a certain time frame).
Priority power control also prevents the agreed quarter-hour maximum power demand from being exceeded when multiple stations share a limited circuit breaker on high-voltage or extra-high-voltage supplies.
SmartCharge module (optional)
A smart computing unit which allows the charger to communicate with the Olife Energy Cloud or other OCCPserver. The SmartCharge module provides remote communication (LAN, GSM), charging station diagnostics and monitoring, smartphone app control and also advanced control of maximum input power.
The GSM module extends SmartCharge with communication over a mobile data network. OlifeEnergy Cloud is a platform for remote monitoring, management, control and billing, with several service packages that can be combined.
Payment system
This service allows the Olife Energy charging station owner to set the fee for station operation. The Charging station is advertised in Olife Energy Net charging network.
Technical parameters can be found in the attached datasheet.