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Intelligent EV Fleet Charging, Built for Real-World Operations

ChargeOptima helps fleet operators and electrification teams design optimized charging plans that balance vehicle readiness, site limits, and energy costs — with the goal of reducing operational complexity and energy spend.

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Challenges Facing Electric Fleet Charging Operations

Electric fleets face operational challenges that impact cost, reliability, and efficiency.

High Energy Costs

Charging during peak hours can significantly increase energy expenses for electric fleets.

Grid Overload Risks

Unmanaged charging can exceed depot power limits, triggering penalties

Complex Scheduling

Manually coordinating vehicle schedules with charging windows becomes increasingly complex at scale.

Lack of Visibility

Limited visibility into energy usage, charging behavior, and optimization opportunities.

How ChargeOptima Works

Fleet & Energy Inputs
Fleet & Vehicle Data
  • Vehicle types & battery capacity
  • Max charging power
  • State of charge (current / target)
Routes & Schedules
  • Arrival & departure times
  • Next-day routes
  • Required readiness windows
Depot & Grid Constraints
  • Charger count & power limits
  • Site load limits
  • Grid and transformer constraints
Energy Pricing
  • Time-of-use tariffs
  • Utility rates
  • Energy cost signals
ChargeOptima Optimization Engine
  • Constraint-aware scheduling
  • Cost & load optimization logic
  • Charging prioritization rules
Optimized Outputs
Optimized Charging Plan
  • When each vehicle charges
  • How much power is allocated
  • Grid-compliant schedules
Cost & Energy Insights
  • Estimated energy cost savings
  • Peak load reduction
  • Utilization insights
Operator Dashboard
  • Clear schedules
  • Actionable insights
  • Operational visibility
Inputs → Optimization → Actionable Outcomes

Core Capabilities

Key capabilities being developed to support intelligent EV fleet charging and planning

Optimization Engine

Constraint-aware charging planning that balances vehicle readiness, site limits, and energy pricing signals.

Charging Visibility

Dashboard views designed to surface charging status, state of charge, and energy usage as plans are executed.

Grid-Aware Charging

Charging plans designed to respect depot power limits and site constraints

Energy Pricing Awareness

Incorporates time-of-use tariffs and utility pricing signals into charging plans.

Schedule Adaptability

Designed to handle variable arrival and departure times across fleet operations.

Operational Insights

Visibility into charging behavior, energy usage patterns, and operational trends.

How ChargeOptima Is Intended to Be Used

A high-level view of how fleet charging planning is designed to work

1

Provide Fleet & Energy Inputs

Fleet operators share vehicle data, schedules, site constraints, and energy pricing information relevant to charging planning.

2

Generate Charging Plans

ChargeOptima applies constraint-aware logic to design charging plans that balance vehicle readiness, site limits, and energy pricing signals.

3

Review & Iterate

Teams review proposed plans, explore trade-offs, and iterate as operational requirements evolve

Interested in a Pilot or Early Collaboration?

We’re working with early partners to validate real-world fleet charging workflows and explore pilot use cases.

Start a conversation

Share your use case and we’ll walk through how ChargeOptima is being designed to support it.