Electric mobility takes time

Electric mobility often arrives wrapped in a sense of urgency. As soon as a pilot is announced, there is an immediate assumption that vehicles should be on the streets, services up and running, and results ready to be shared.

But electric mobility is introduced into transport systems shaped by existing contracts, regulations, institutional responsibilities, and operational routines. These systems were not designed with electrification in mind, and adapting them is neither an immediate nor a linear process.

This becomes evident in projects such as eBRT2030, where electrifying high-capacity public transport goes far beyond introducing electric buses. Regulatory approvals, depot adaptations, operational planning, and maintenance responsibilities all need to be clarified. Each step depends on coordination among actors who move at different speeds and operate under different constraints.

None of this is visible, yet it is what determines whether electrification can move beyond the pilot phase and become part of everyday operations.

Electric mobility takes shape through systems, people and time.

When pilots meet everyday reality

Pilots are often designed to demonstrate feasibility under ideal conditions. In practice, their real value emerges when they begin to interact with daily operations.

Over time, pilots tend to become more complex rather than simpler. Routes change, user behaviour does not always match initial assumptions, and operational constraints surface once services are exposed to real demand.

As a result, many pilots extend beyond their originally planned timelines. This is not a sign of inefficiency, but rather an indication that projects are responding to real conditions instead of remaining controlled demonstrations.

Capacity building does not follow project calendars

Another reason electric mobility takes time is related to people and institutions. Drivers, technicians, planners, and decision-makers are asked to work differently, often while maintaining existing services. Training happens gradually, and institutional learning does not follow rigid schedules.

This is especially visible in initiatives such as BOOST, for example, where electric mobility is directly linked to access to skills, jobs, and decision-making spaces. All of this requires continuity and trust.

Taking time is not the same as standing still

Electric mobility initiatives tend to face challenges not because they move slowly, but because speed becomes the main measure of success.

Yet transitions that endure over time are often quieter. They involve revisions, extensions, and recalibrations. And it is precisely these moments that often signal that electric mobility is being integrated into existing systems, rather than remaining a parallel experiment.

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