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ePowerControl EV
EV charging controller
Control and supervision of EV charging stations
including battery storage systems.
Why choose ePowerControl EV?
Smart control strategy
Maximize PV penetration
Optimize EV charging
Make the most of the EV chargers’ maximum power output, whether it’s fed from the grid, BESS or from the solar:
Inc. Load Balancing: If load consumption surpassed the maximum power purchase from the grid, EV charging speed will be reduced in order to always be under a determined power purchase
Inc. Peak shaving: import limitation from the grid in grid-tied configuration thanks to BESS and charging station
Maximize the energy production of your solar + BESS + EV charging stations operation
Facilitate maximum PV penetration without compromising local regulation by integrating a solar controller for complete system control, even with multi-brand equipment.
How does our EV charging controller work?
Ensure control with integrated features
Injection limitation
In case of overproduction, PV production can be stored into on-site BESS or speed up charging time before being curtailed to ensure efficient limitation injection
Peak shaving: import limitation
Night mode [under development]
Week / weekend mode [under development]
Charging station priorisation [under development]
Define EV station logic of charge either equal or with specific selection or priorisation according to your applications
Billing software compatibility [under development]
Define EV station logic of charge either equal or with specific selection or priorisation according to your applications
Vehicle to Grid - V2G [under development]
Monitor your assets with data intelligence
Reliable datalogging & data acquisition
Data export & visualization
- Locally, over USB,
- Locally, over Modbus gateway
- Remotely, using ePowerMonitor or
compatible third-party monitoring platforms
(FTP push, API integration).
Elum has maximized PV production of these charging stations
Frequently asked questions
Which applications are the EV series suitable for?
Does the EV control logic comply to the national grid requirements?
ePowerControl EV is compliant with the national grid requirements. Our solution has been successfully installed and tested with some grid codes (France, etc)
What are the communication protocols supported by ePowerControl EV?
Elum solution supports OCPP 1.6 and OCPP 2.0 protocols by default. Other protocols can be configured upon request.