Vauxhall Vivaro-E Hydrogen: 400km Range, 3-5 Minute Refuel

The Vauxhall Vivaro-e Hydrogen represents a significant step forward in commercial vehicle technology, blending hydrogen fuel cell innovation with the practicality of a familiar medium-sized van. This model addresses key challenges in zero-emission transport by offering rapid refueling times comparable to diesel vehicles while maintaining the environmental benefits of electric propulsion.

Understanding Fuel Cell Technology in the Vivaro-e Hydrogen

At its core, the Vivaro-e Hydrogen employs a fuel cell electric vehicle (FCEV) system. Hydrogen stored in high-pressure tanks reacts with oxygen from the air in a fuel cell stack to generate electricity. This powers an electric motor, with the only byproduct being water vapor, ensuring truly zero tailpipe emissions.

The setup includes three carbon-fiber hydrogen tanks holding 4.4kg of H2 at 700 bar, positioned under the chassis where a traditional battery would sit in the pure electric Vivaro-e. The 45kW Symbio fuel cell stack resides under the bonnet alongside the 100kW (136hp) front-mounted electric motor. A compact 10.5kWh lithium-ion battery under the passenger seats provides 50km of range and supports the system, enabling plug-in charging at 11kW for added flexibility.

• Hydrogen tanks: 4.4kg capacity, 3-5 minute refill.
• Fuel cell: 45kW output from Symbio.
• Battery: 10.5kWh for hybrid operation up to 400km total range.

Performance and Driving Dynamics

Delivering 260Nm of torque, the Vivaro-e Hydrogen matches the battery-electric Vivaro-e in powertrain feel. Its top speed is electronically limited to 68mph (110km/h), suitable for urban and suburban duties rather than high-speed motorway runs. Acceleration from 0-62mph takes around 15 seconds, prioritizing efficiency over outright speed.

Drivers benefit from three selectable modes—Eco (60kW/190Nm), Normal (80kW/210Nm), and Power (100kW/260Nm)—allowing adaptation to load and conditions. The low center of gravity from underfloor components enhances stability, while regenerative braking modes (accessible via steering wheel paddles) optimize energy recovery. On-road, it handles calmly with precise steering and composed ride quality, identical to its BEV sibling externally.

Practicality for Commercial Use

Payload capacity remains a standout feature at up to 1000kg, unaffected by the hydrogen system. The tanks and fuel cell weigh about 180kg combined (versus 350kg for a full BEV battery), preserving loadspace volume: 5.3m³ in standard length or 6.1m³ in long wheelbase. It also tows 1000kg braked, matching diesel competitors.

Cargo access is unchanged, with barn doors or optional tailgate, low load floor, and tie-down points. The cabin offers ergonomic seating, a 7-inch touchscreen with Apple CarPlay/Android Auto, and safety aids like lane keep assist and automatic emergency braking.

Refueling and Range: Solving Fleet Pain Points

Stellantis positions this van for fleets needing diesel-like refueling speed without emissions. Hydrogen fills in 3-5 minutes at compatible stations, extending range beyond the battery’s 50km. Combined, it achieves 400km (250 miles), ideal for multi-stop urban routes.

While pure BEVs excel in charging infrastructure-rich areas, hydrogen suits high-utilization operators where downtime must be minimal. Plug-in capability adds versatility for overnight top-ups.

Safety and Reliability Features

Built on the proven Vivaro platform, the hydrogen variant incorporates robust safety measures. Tanks meet stringent ISO standards for high-pressure storage, with automatic shutoff valves. The fuel cell system’s redundancy ensures continued operation if issues arise. Standard kit includes multiple airbags, stability control, and parking sensors; higher trims add 360-degree cameras.

• Water vapor exhaust: No CO2 or particulates.
• Crash-tested structure shared with BEV/diesel models.
• Remote diagnostics for fleet management.

Environmental Impact and Cost Considerations

With zero tailpipe emissions and potential for green hydrogen production, the Vivaro-e Hydrogen supports net-zero goals. Lifecycle CO2 depends on hydrogen sourcing—ideally from renewables via electrolysis. Operating costs could undercut diesel with stable fuel prices and lower maintenance (no oil changes, fewer moving parts).

Upfront pricing aligns with premium BEVs, though incentives like UK Plug-in Van Grants may apply. Total ownership costs benefit from 100,000-mile warranties on fuel cell and battery.

Market Positioning and Competitors

Vauxhall targets fleets transitioning from diesel, emphasizing refueling parity. Rivals include the Toyota Proace (related via Stellantis), Peugeot e-Expert Hydrogen, and emerging models from Hyundai or Mercedes. Its payload edge and dual-fuel flexibility set it apart.

Real-World Applications

Ideal for logistics, trades, and services: plumbers, electricians, or parcel delivery in hydrogen-supported regions like parts of Europe. Trials with firms like DHL show high uptime.

Frequently Asked Questions (FAQs)

What is the range of the Vauxhall Vivaro-e Hydrogen?

The combined hydrogen and battery range reaches 400km, with battery alone providing 50km.

How long does it take to refuel?

Hydrogen tanks fill in 3-5 minutes at 700-bar pumps.

Does it affect payload compared to diesel?

No—the system maintains 1000kg payload, equivalent to BEV and close to diesel.

Can it be charged like a regular EV?

Yes, the 10.5kWh battery supports 11kW AC charging.

Is hydrogen infrastructure available?

Expanding in Europe, with stations in the UK, Germany, and France for commercial use.

Future Prospects for Hydrogen Vans

As hydrogen production scales and costs fall, models like the Vivaro-e Hydrogen could dominate where BEVs fall short on range or refuel time. Vauxhall’s multi-energy strategy (BEV, hydrogen, diesel) ensures options for all fleets.