Optibus

Core Features

Optibus approaches electrification as an operational optimisation problem, embedding energy, charging, and battery constraints directly into transport planning workflows. It integrates energy management into scheduling decisions to ensure electric fleets can operate reliably and efficiently at scale. Its core features include:

• Electric Vehicle Scheduling with Energy Constraints – Incorporates battery levels, discharge rates, and charging requirements into scheduling logic to generate feasible EV operations without requiring backup vehicles.

• Charging Schedule Optimisation – Determines when, where, and how long vehicles should charge based on route timing, battery state, and grid constraints, ensuring vehicles remain operational while minimising inefficiencies.

• Peak Electricity Cost Reduction – Optimises charging sessions to avoid peak tariffs and reduce operational expenditure, aligning fleet operations with energy pricing dynamics.

• Charging Station Management & Analytics – Provides real-time monitoring, usage analytics, and coordination of charging infrastructure to reduce downtime and improve charger utilisation.

• Electric Vehicle Energy Management System (EVEMS) – Balances power distribution across charging infrastructure, taking into account grid supply, demand, and operational priorities to optimise energy use.

• Battery-Aware Optimisation & Scenario Modelling – Uses parameters such as state of charge, charging speed, and route-specific discharge rates to simulate and refine EV operations under different conditions.

Closing Insights

Optibus sits within the transition to low-emission public transport, where electrification introduces new operational constraints that must be actively managed. Unlike diesel fleets, electric buses require scheduling that accounts for battery range, charging duration, charger availability, and electricity costs. These factors directly affect whether a fleet can operate fully electric or requires additional vehicles or fallback capacity.

Its role in this transition is reflected in partnerships and deployments focused explicitly on decarbonisation. For example, collaborations with organisations such as Hitachi Europe combine infrastructure, energy systems, and Optibus’ optimisation platform to support cities in reducing CO₂ emissions and managing the risks and costs associated with fleet electrification . Similarly, deployments by operators like Stagecoach (UK) and RBU Santiago (Chile) show how the platform supports the rollout of electric buses by incorporating charging logistics into scheduling, enabling more efficient operations and contributing to emissions reduction targets.

Optibus therefore functions as a key operational layer within Net Zero strategies, linking electrification with day-to-day transport planning.