They can adapt and limit the load dedicated to EV charging installations.
They can define on-peak and off-peak time-of-use periods to maximize EV charging when electricity prices are low and to limit it when they are high.
They can manage charging access and establish charging scenarios and profiles according to their priority rules.
They can also get the history and data of the charging sessions in the timeframe of their choice for cost allocation.
EVlink Load Management System is perfectly suited for applications such as car fleets, company parkings or condominiums.
Avoids facility disruption, causing operating losses.
When a large number of devices in the facility and the charging station are operating simultaneously, the total current is limited and avoids the risk of a facility black-out.
Reduces energy and electrical infrastructure costs.
The energy contract is subscribed for a capacity below the total load.
The power demand is limited and avoids the risk of leading to overrun penalties or extra costs to bolster the facility's power supply and distribution network.
The power available for EV charging can be adapted to on-peak and off-peak time-of-use periods to favour EV charging when electricity is inexpensive.
Provides EV charging infrastructure management with no subscription costs.
Increases driver satisfaction.
Each charging station supplies the maximum available energy. VIP chargers and/or badges identified on the station’s charging points provide charging priority advantages for sales representatives or customers.
Makes operations more efficient.
Each socket outlet is defined with a maximum power, to allow for its use and location.
The list of authorized badges is centralized to save time for updates.
The user interface is intuitive and user-friendly, and allows remote supervision and control of the chargers.
- Cluster of charging stations supplied by the facility network
- Cluster of charging stations directly supplied by the utility grid
- Cluster of charging stations remotely supervised by a Charge Point Operator.