Use cases
Challenge
Simultaneous charging sessions exceed the grid connection during peak hours.
Approach
Capacity Optimizer distributes available site power across active sessions in real time, keeping all chargers operational.
Outcome
Higher utilization — more vehicles charged per day without grid upgrades.
Challenge
Fleet vehicles need charging during shift changes. Fixed schedules ignore real-time power availability.
Approach
Enforces depot-level limits and prioritizes operationally critical vehicles, adapting to actual site load.
Outcome
Fleet readiness on time — without exceeding site capacity.
Challenge
High-power DC chargers for trucks can exceed a site's grid connection in minutes.
Approach
Manages high-power allocations in real time, balancing load across active sessions with strict safety limits.
Outcome
Safely charge multiple trucks concurrently on a constrained grid.
Challenge
Shared electrical infrastructure can't allow EV chargers to compete with HVAC and tenant loads.
Approach
Coordinates EV charging within the remaining power budget, adjusting setpoints as building demand fluctuates.
Outcome
Add EV charging without disrupting existing tenants or building operations.
Challenge
Battery storage and solar generation create dynamic power availability. Static charger settings waste this potential.
Approach
Integrates with BESS and PV signals to dynamically adjust available charging power — maximizing self-consumption.
Outcome
Better use of on-site energy assets. Lower operational costs.
Challenge
Adding chargers over time risks exceeding site limits or requiring costly grid reinforcement.
Approach
New chargers are added incrementally while the controller ensures the site always stays within limits.
Outcome
Scale charging infrastructure with confidence, phase by phase.
Share your charger plan and grid limits to receive a tailored recommendation.
