Challenge
Fleet electrification is an operations problem, not just a hardware one.
Fleet operators are under pressure to electrify vehicles while maintaining uptime, controlling costs, and meeting service commitments. Charging infrastructure gets installed, but managing it—scheduling sessions, balancing load, tracking energy costs, and keeping chargers online—falls outside core fleet operations expertise. Most operators end up duct-taping together vendor portals, spreadsheets, and manual processes to keep vehicles charged.
Solution
Charging, storage, and energy in a single layer
This brings your entire depot energy infrastructure into one view. Chargers, batteries, solar, and site load all managed together—not as separate systems, but as one coordinated operation. Schedule charging around routes and rate structures. Use batteries to shave peaks and avoid demand charges. See exactly where your energy is going and what it's costing you. Everything in one place.
Competencies
Autonomously scheduled charging aligned to fleet needs
Charging sessions can be scheduled based on vehicle dispatch times, route requirements, and driver shifts. Vehicles are ready when needed without relying on manual coordination or guesswork. Charging becomes predictable and aligned with how the fleet actually operates.
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Load management and energy cost control
Balance load across chargers, batteries, and other site systems to stay within power limits and avoid demand spikes. Coordinate battery dispatch with charging schedules to flatten peaks. Energy flows are optimized at the site level, not managed device by device.
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Depot-wide visibility and uptime management
All chargers, batteries, and energy assets across a depot or multiple sites can be monitored from a single operational view. Faults, offline units, and underperforming equipment surface immediately so issues get resolved before they affect dispatch or costs.
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From Design to Operation
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Connect depot chargers, batteries, and energy systems into a unified layer.
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Configure charging schedules, load limits, and optimization rules to match fleet operations.
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The fleet charges reliably while energy costs and site load stay under control.
IMPACT
Cost and uptime gains across the depot and assets
Lower Energy Costts
Coordinated load management, battery dispatch, and smart scheduling reduce demand charges and shift consumption to cheaper rate periods. Savings compound across every vehicle and every charging session.
Higher Vehicle Availability
Vehicles are charged and ready when dispatch needs them, without last-minute scrambles or missed routes. Predictable charging translates directly into predictable fleet operations.
Reduced Overhead
Centralized monitoring and automated coordination replace manual juggling across vendor portals. Fleet teams stay focused on logistics, not energy infrastructure babysitting.
One layer for everything—in a single tool
Instead of managing chargers through one portal, batteries through another, and tracking costs in spreadsheets, operators run the entire depot energy stack through a single system. This replaces fragmented tools, inconsistent data, and reactive firefighting with coordinated operations that fit into existing fleet workflows.
As the fleet grows and more depots come online, energy operations scale without adding headcount. Teams spend less time managing infrastructure and more time optimizing routes, controlling costs, and keeping vehicles in service.
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Works with whats already installed
All of the industrial control, chargers, batteries, inverters, and fleet systems already in use can be connected into a single layer. Hardware choices remain flexible, and existing investments are preserved rather than replaced.
This commonly includes depot chargers from major manufacturers, battery storage systems, vehicle telematics platforms, fleet management software, and utility rate data used for cost optimization.
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