Solutions · Autonomous Fleet Charging

Autonomous Fleet Charging, Orchestrated.

Give autonomous fleets a charging system that runs itself — reservation, authentication and settlement handled automatically, across every connected network, with zero manual intervention.

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25K+
EVs Managed
500+
Electric Fleets
25+
Cities
0%
Driver Dependency

The Paradigm Shift

What Changes When There’s No Driver

Traditional EV charging assumes a driver finds a charger, opens an app, and taps to authenticate. Autonomous fleets remove every one of those steps.

Every decision — when to charge, where, and for how long — has to be made by software, in advance, and executed without a human anywhere in the loop.

Traditional

Driver
→
Mobile App
→
Charger

Autonomous — YoMobility

Fleet AI
→
Orchestration API
→
Charger

Why It Matters

Why Autonomous Fleets Need Orchestration, Not Just Charging

Charging software built for a human driver breaks the moment you remove the driver. These are the capabilities that matter instead.

🔌

Zero Idle Downtime

A parked vehicle holding a connector is downtime multiplied across a fleet. Orchestration keeps vehicles in rotation.

📡

Reservation-Driven Charging

Connectors are allocated by ETA, battery state and fleet priority — never first-come-first-served.

🔐

Vehicle-Native Authentication

No driver, no app. Sessions authenticate through the vehicle and the API, end to end.

🔄

Closed-Loop Telemetry

Every completed session feeds live SOC and route data back into the battery prediction model.

🌐

Multi-Network via OCPI

One API integration reaches every connected charging network, not just one operator.

Dispatch Logic

Charging Becomes Part of Fleet Dispatch

In conventional fleet software, charging happens outside the dispatch loop. YoMobility folds it directly into the dispatch decision.

Conventional Dispatch
Step 1Dispatch
Step 2Trip
Step 3Charge (unplanned)
Autonomous Dispatch — YoMobility
Step 1Dispatch
Step 2AI predicts battery need
Step 3Charging reservation created
Step 4Passenger / cargo drop
Step 5Vehicle reaches reserved charger
Step 6Charging
Step 7Next assignment

Charging isn’t an interruption to the mission. It’s the next dispatch event.

Charging Access Model

Charging Starts Before the Vehicle Arrives

Autonomous fleets can’t rely on whoever pulls in first. YoMobility supports both charging access models.

Legacy Access

First-Come-First-Served

Best when a small number of vehicles share a depot and manual coordination is manageable.

  • Connector allocated on arrival
  • No ETA awareness
  • Queuing during peak hours
  • Works for small, manually-coordinated fleets
Reservation-Driven

Orchestrated Charging Access

Built for autonomous and high-utilization fleets where downtime has to be engineered out.

  • Connector reserved ahead of arrival
  • Allocated by ETA, battery state & fleet priority
  • Zero queuing for reserved sessions
  • Built for fleets that can’t afford to wait
Explore Charging Management →

How It Works

How Autonomous Charging Works With YoMobility

The integration path from an autonomous fleet’s dispatch stack to a live charging session — and back.

1🧭

Autonomous Fleet Dispatch

Your Stack

Your AV routing and mission-planning software decides where every vehicle goes next.

2🔌

Battery & Route Prediction

AI Layer

Determines when a vehicle will need to charge — before it becomes urgent.

3🔌

YoMobility Orchestration API

Integration Point

Handles reservation, vehicle authentication and session control via REST.

4🌐

Multi-Network Charging Layer

OCPI

Reaches every connected CPO network through one interoperable connection — the same layer behind YoCharge’s EV Roaming Hub.

5⚡

Charging Station

Any Network

Any connected network, any connector — no per-network integration required.

6🚗

Vehicle

Session Executes

Energy is delivered and session data streams back in real time.

↻ Telemetry and session data feed straight back into Autonomous Fleet Dispatch — every completed session retrains the battery prediction model for the next mission.

The Bigger Picture

The future of mobility isn’t autonomous driving alone. It’s autonomous energy.

Driving autonomy is becoming commoditized. Energy orchestration — deciding when, where and how a vehicle charges — is the next layer of differentiation.

Continue Exploring

Explore the Rest of the Platform

⚡

Charging Management

Remote session monitoring and multi-network charging control.

 🚗

Vehicle Management

Real-time telematics, SOC and battery health per vehicle.

 💳

Payment Management

Consolidated billing and automated settlement.

 🧩

EV FMS Platform

The complete EV fleet management system all modules sit within.

 🔗

YoCharge EV Roaming Hub

The OCPI interoperability layer behind multi-network charging access.

Frequently Asked Questions

Common questions about autonomous fleet charging orchestration.

Autonomous fleet charging orchestration is the software layer that lets an autonomous vehicle decide where to charge, reserve a connector, authenticate itself and settle payment — all without a human driver or a mobile app in the loop.

A battery and route prediction engine forecasts when a vehicle will need to charge based on its mission and state of charge, then queries the charging management layer for the best available connector by ETA, network coverage and fleet priority.

Reservation-driven charging allocates a specific connector to a vehicle before it arrives, based on its ETA, current battery state and fleet priority — instead of leaving allocation to whichever vehicle pulls in first.

The vehicle itself authenticates against the reserved session through the YoMobility Orchestration API — there’s no RFID tap or mobile app step. Authentication, session start and session end are all handled machine-to-machine.

Every session settles automatically through payment management — cost is reconciled against the vehicle and fleet account with no manual invoice matching required.

Yes. Cross-network access runs on OCPI, the same interoperability protocol behind YoCharge’s EV Roaming Hub — one integration reaches every connected CPO network instead of one per network.

Standard fleet charging management still assumes a driver initiates and authenticates a session. Orchestration removes the driver entirely — charging becomes a dispatch event triggered and completed by software.

Yes. The YoMobility Orchestration API sits alongside your existing autonomous dispatch and battery prediction stack — you keep your routing logic and call the API for reservation, authentication and settlement.

Ready to Keep Your Autonomous Fleet Always Charged?

See how YoMobility keeps autonomous fleets charged and dispatched without downtime — book a walkthrough with our team.

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