Energy Management
Control Energy. Unlock Growth.
Key features
Control Energy. Unlock Growth.
Decouple EV charging growth from grid constraints
Protect Uptime
Stay within grid limits, even at peak demand
Scale Smarter
Deploy more chargers and sell more energyon the same grid connection
Optimize Energy Costs
Reduce peak demand exposure and improve cost per charging session
More charging on the same grid
As EV adoption increases, charging demand becomes more volatile, with sharp peaks that exceed grid limits. Without control, this leads to slower charging, missed sessions, and constrained site growth. Energy Management dynamically distributes power across your site, reducing peaks, maximizing capacity, and enabling more charging within existing grid limits.
Key features
Different Levels of Control
Coordinated control across chargers, storage, and grid connection
No control (without energy management)
Installed charging capacity exceeds available grid power during a typical day of operation. At peak demand, charging slows or stops, drivers leave, and revenue is lost.
Level 1: Stay within grid limits (Load management)
Distribute power across chargers to stay within your grid connection.
Keep your site running — even at peak demand.
Maintain operations and avoid overloads.
Level 2: Serve more demand
(Load management + BESS)
Extend your capacity beyond the grid using stored energy.
Serve more vehicles and reduce unserved demand during peak periods.
Capture more sessions and increase revenue.
Level 3: Reduce energy costs
(Full energy management)
Use energy when it is cheapest.
Charge when prices are low and discharge when demand
and prices are high.
Reduce peak demand and lower grid charges.
Lower cost per kWh improves margins.
Cloud-to-Site Control
Cloud intelligence across your network with real-time control at every site
Energy management uses cloud intelligence to monitor and optimize network performance, providing full visibility into sites, energy usage, and system behavior. At each site, a local controller executes these strategies in real time – balancing power, maintaining operating limits, and increasing capacity when required.
FAQ
Energy Management, Explained.
Energy management is the process of monitoring, allocating, and controlling power across a charging site. It balances grid capacity, battery storage, and dynamic charging demand in real time to optimize energy use, reduce costs, and ensure reliable operation.
Load management keeps charging within the site’s power limit by adjusting charger output. It focuses only on preventing overloads and does not account for costs, storage, or energy timing.
Energy management includes load management but also considers energy costs, battery storage, and grid signals to control how and when power is used.
Charging demand can exceed the site’s grid connection during peak times. Energy management helps prevent overloads and avoids the need for costly grid upgrades.
Often yes. By sharing available power across chargers, more units can operate on the same connection, with charging speeds varying based on demand.
A battery can supply additional power during peak demand and recharge when demand is lower, helping reduce peaks and balance energy use.
integrated solutions
Service & Support
Delivering reliable and high-performing charging network operations
