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Scene 1 / 9 · Open — the mixed depot
Three powertrains.
One depot.
Battery, hydrogen, and hybrid buses — running side by side.
The real fleet runs on three powertrains at once
Scene 2 / 9 · The gap
BLIND
BEB
92
Fuel cell
Hybrid
H2 truck
Battery-only platforms can’t see the rest of the fleet
Scene 3 / 9 · Meet FCEVCare
Fuel cell
94% stack
Battery
96% SOH
Drive
180 kW
FCEVCare™ — fuel cell + battery + hybrid, unified
Scene 4 / 9 · The load-split
Fuel cellBattery
FC
Battery
climb → FC leadsbrake → battery captures
Real-time load-splitting — the decision made every second
Scene 5 / 9 · Dual-asset health
Fuel-cell membrane life+40–50%
Battery life (hybrid)+65–75%
aging kept in balance · synchronized
Dual-asset degradation — +40–50% membrane, +65–75% battery
Scene 6 / 9 · Long-haul trucking
ROLLING
Range
780
H2 / 100km
−17%
Pack value
$380K
Uptime
97%
Long-haul — protect the asset, the schedule, and the load
Scene 7 / 9 · The multi-fuel hub
Hydrogen
live price / kg
vs
Grid
live ¢ / kWh
Multi-fuel hub optimization — hydrogen vs. grid, priced live
Scene 8 / 9 · Modeled results
+30%
fuel-cell stack life
−17%
hydrogen consumption
97%
vehicle availability
Modeled · longer stack life · less hydrogen · higher uptime
Scene 9 / 9 · Call to action
FCEVCare
One platform for every powertrain in your fleet.
from
volterras.com
1 / 9

FCEVCare™ — One Platform for Every Powertrain

A 2-minute animatic for mixed-fleet and hydrogen operators. Tap Start to play with a built-in voiceover and captions.