A flexible interconnection allows EV fleets to connect charging stations faster and more cost-effectively by using available grid capacity without requiring costly upgrades. It dynamically adjusts charging loads during grid constraints, ensuring reliable operation while minimizing costs.

By deploying sensors, leveraging utility data, and generating dynamic operating envelopes, our solution provides real-time visibility into grid capacity. We use the sensor data plus grid-aware signaling to ensure loading remains within available grid capacity. This approach streamlines utility approvals, eliminates unnecessary delays, and helps fleet operators get their charging infrastructure online 6–18 months faster.

Yes, our solution is scalable for fleets of all sizes, from small urban delivery vehicles to large logistics hubs or transit systems. It’s designed to adapt to varying energy demands and site complexities.

Our solution requires the deployment of line sensors to collect real-time grid data. These sensors integrate seamlessly with fleet charging systems and provide actionable insights. Alternatively, the system can use existing utility data like SCADA or AMI, though this may involve longer deployment timelines.

By prioritizing grid charging whenever possible, our solution minimizes the need to run backup generators. It provides visibility into when and why generator use is required, enabling fleet operators to plan long-term strategies that reduce costs and emissions.

Absolutely. Our solution is built to handle high-demand fleet operations, dynamically managing total site load to maximize charging uptime while keeping costs under control. We'll work with your fleet charging software provider to ensure reliable and efficient charging even for fleets with large, 24/7 energy needs.