
A summary of each divisional transition plan, along with progress to date, is provided in the tables below.
UK Bus: UK Urban Bus: Alsa Shuttle & Transit: WeDriveU Long-haul: UK and Alsa Rail: Germany
UK urban bus operations are
progressing rapidly towards zero-
emission fleet deployment. The
strategy focuses on electrification,
infrastructure readiness and
operational optimisation to meet
near-term targets while ensuring cost
efficiency and service reliability.
Alsa’s urban bus transition
strategy emphasises incremental
electrification supported by hybrid
and biodiesel solutions, while working
closely with public authorities to
ensure infrastructure readiness and
contractual alignment.
WeDriveU’s North American
operations prioritise supplier
partnerships and grant funding
to accelerate fleet electrification,
supported by robust infrastructure
planning and proven ZEV technology
availability.
The long-haul coach strategy explores hydrogen and battery, electric solutions for
decarbonising intercity travel. Collaboration with industry bodies and infrastructure
planning are critical to overcoming range and charging challenges.
Rail operations in Germany are
already fully electric, with a focus on
energy optimisation and renewable
integration. The fleet is equipped
with regenerative braking. Driver
assistance systems and infrastructure
upgrades will further reduce
emissions and enhance efficiency.
Details Details Details Details Details
Key activities
• Fleet electrification with 31% already
zero-emission or on order (up from
27% at the end of 2024)
• Driver training programmes
focused on regenerative braking
optimisation
• Solar panel installation at depots for
onsite electricity generation
• Installation of LED lighting has been
completed at 11 locations
• Depot redesign – four depots now
fully designed for ZEVs
• Infrastructure and funding
partnerships leveraging proven
learning
Key activities
• 197 new EV additions or orders
during 2025
• Hybrid and alternative fuel vehicles
(biodiesel) deployment as interim
measures
• Close collaboration with Public
Transport Authorities on electricity
availability
• Iterative transition strategy aligned
with contract counterparties
Key activities
• Fleet electrification and ZEV
deployment
• Supplier contracts guaranteeing
battery and vehicle charging
• Grant funding utilisation
• Infrastructure partnerships for
depot charging
• Market engagement for proven ZEV
technology
Key Activities
UK operations
• Hydrogen coach trials with UK suppliers meeting specification requirements
• Battery ZEV deployment on shorter routes (e.g. airport operations)
• Technology monitoring of both hydrogen and electric solutions
• Supplier engagement and industry collaboration through CPT ZEV taskforce
• Infrastructure assessment and planning for charging/fuelling solutions
Alsa operations
• Electric supercharger exploration at stations aligned with mandatory driver breaks
• Infrastructure planning coordinated with driver rest requirements
• Industry collaboration through International Federation of Public Transport (UITP)
• Technology solution development for long-distance operations
Key Activities
• Driver assistance systems for energy
optimised driving
• Energy usage reduction initiatives
• Renewable energy feasibility
assessment
• Continuous monitoring of energy
efficiency opportunities
Assumptions & dependencies
• Proven electric vehicles available
from UK suppliers
• Electricity network capacity sufficient
at depot locations
• Vehicle purchasing requirements
is not a significant proportion of
available market capacity
• Grant funding availability to support
transition
• Operational benefits (lower
maintenance, reduced running
costs, higher customer satisfaction)
will continue
• Supplier contracts guaranteeing
battery and vehicle charging
• Electricity network infrastructure at
depot locations
• Supplier partnerships for vehicle
sourcing and infrastructure
installation
• Market availability of proven ZEV
technology
Assumptions & dependencies
• Longer transition timescale than UK
due to operating conditions
• Suitable vehicles will be available in
the market
• Public Transport Authorities will
support vehicle and infrastructure
initiatives
• Similar operational benefits will
emerge as transition progresses
• Electricity infrastructure will be
expanded by authorities
• Contract counterparties agreement
on transition timetable
• Public Transport Authorities
controlling electricity availability and
depot charging capacity
• Operating conditions (route length,
ambient temperatures) compatibility
with ZEV technology
• Market availability of suitable
vehicles for diverse operating
conditions
Assumptions & dependencies
• Supplier contracts will ensure
battery and charging availability
• Continued grant funding support
• Electricity network capacity at depot
locations
• Market availability of proven ZEV
technology
• Supplier partnerships for vehicle
sourcing and infrastructure
installation
• Electricity network infrastructure
readiness
• Market supply of ZEV technology
Assumptions & dependencies
UK specific assumptions
• Hydrogen technology will produce longer range than battery ZEV
• Battery ZEV is viable for future long-distance journeys
• Hydrogen cost per kilogram will decrease as industrial production scales up
Alsa specific assumptions
• Electric supercharger technology can be deployed at station locations
• Mandatory driver breaks provide sufficient charging windows
• UITP and industry partners will develop viable long-distance solutions
UK specific dependencies
• National hydrogen infrastructure development and availability
• Local hydrogen availability at operational locations
• Fuel cost competitiveness, currently uneconomical vs. diesel/electric
• Hydrogen production scaling to reduce costs per kilogram
Alsa specific dependencies
• Station infrastructure availability for supercharger installation
• Charging technology development enabling rapid recharge during breaks
• Electricity grid capacity at key stations for supercharger deployment
• Regulatory framework supporting driver break and charging infrastructure
coordination
Shared dependencies
• Supplier progress on ZEV technology meeting operational specifications (long-
distance ZEV coach)
• Technological advancement in both hydrogen and battery ZEV options
• Industry collaboration through CPT (UK) and UITP (Alsa)
• Government and private investment in infrastructure development
• Regulatory coordination on operational requirements and infrastructure standards
Assumptions & dependencies
• Current fully electric fleet of 120
trains operational
• Driver assistance systems will reduce
energy consumption
• Renewable energy transition feasible
and desirable
• Public Transport Authorities
will support renewable energy
commercial viability
• Technology improvements will
enable further emissions reductions
• Public Transport Authorities support
for renewable energy transition
• Technology availability for driver
assistance systems
• Infrastructure capability for
renewable energy integration
• Regulatory framework supporting
renewable energy adoption
• Operational integration of new
energy-saving technologies
51Mobico Group Annual Report for the 15-month period ending 31 March 2026
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