Support more electric vehicles with the power available at your site. AdaptCharge learns from charging patterns and continuously rebalances power as vehicles connect, disconnect or stop charging, helping optimise infrastructure and reduce charging costs.
Discuss your charging requirementsAdaptCharge combines learned charging patterns with continuous power rebalancing. When a vehicle connects, disconnects or stops charging, power is automatically redistributed across active vehicles within the site's available power limit.
In this queue-based setup, power is not rebalanced across all connected vehicles. Additional vehicles wait until another vehicle is removed from charging and a slot becomes available.
AdaptCharge continuously rebalances the power delivered to active vehicles as cars connect, disconnect or stop charging. Learned charging patterns guide allocation within the site's available power limit.
Queue-based charging waits for a slot to become available. AdaptCharge adjusts charging speeds across active vehicles, redistributing power as charging demand changes.
This example shows how available power can be shared as more cars connect. Actual per-vehicle allocations can vary with learned charging patterns and current demand.
Available power for EV charging
Power rebalances as vehicles connect, disconnect or stop charging
7 kWper car
6.6 kWper car
5 kWper car
4 kWper car
3.3 kWper car
More cars connected. The same 20 kW power limit. Intelligent power sharing helps extend charging access while making better use of the existing electrical infrastructure.
Illustrative example. Actual charging power depends on vehicle and charger limits, available site capacity and vehicle demand.
Learn from charging patterns to inform how available power is allocated across vehicles.
Combine learned charging patterns with current demand to guide power allocation within the available site capacity.
Automatically adjust charging speeds across active vehicles when a car connects, disconnects or stops charging.
Extend charging access to more vehicles by coordinating how available capacity is shared across the site.
Make better use of the electrical connection and charging infrastructure, with less reliance on oversized capacity provision.
Avoiding unnecessary infrastructure expenditure can help reduce the costs recovered through charging tariffs.
The number of vehicles supported and potential savings depend on site capacity, vehicle energy needs, charging windows, electricity tariffs and project design.
Access the AdaptCharge EV Charging App from your phone. Use the universal download link to open the appropriate app store.
Let's assess your available power, charging needs and energy optimisation opportunities to help manage infrastructure CAPEX and ongoing charging OPEX.
Discuss adaptive charging