Candela’s P-12 Business Ferry: A Glimpse Into EVs' Waterborne Future

Electric vehicles aren’t just for roads anymore. Swedish innovator Candela has just taken the concept of sustainable transport to the next level with its P-12 Business electric ferry, a vessel designed to glide above the water’s surface on hydrofoils while offering a luxury commuter experience. For Europe’s growing fleet of electric car owners—who already navigate a complex web of 500,000+ charging stations across 30 countries—the implications go far beyond maritime travel.

As EV adoption accelerates and urban congestion worsens, alternative transport modes are gaining traction. The P-12 Business isn't just a ferry; it’s a case study in how electric propulsion can be integrated into multi-modal journeys. For drivers planning cross-border trips or coastal routes, understanding how this vessel fits into Europe’s broader mobility ecosystem is crucial. Let’s dive into what’s new, why it matters, and what it means for EV owners.

What’s Happening with the Candela P-12 Business Ferry

The P-12 Business ferry is the latest evolution from Stockholm-based Candela, building on the success of its P-12 leisure model. This new variant targets business travelers, resort operators, and urban commuters who need faster, quieter, and more comfortable water transport. Unlike traditional ferries that plow through waves and create noise and turbulence, the P-12 uses active hydrofoil technology to lift the hull above the waterline, reducing drag by up to 80%.

Powered by a 180 kWh battery pack, the ferry delivers a top speed of 30 knots (55 km/h) and a range of 60 nautical miles (111 km) per charge. It seats 30 passengers in a premium, business-class interior with large windows, Wi-Fi, and USB charging ports—amenities familiar to anyone who has boarded a high-speed train in Europe. The vessel recharges via a 150 kW DC charger, allowing for a full cycle in under an hour.

Candela’s technology isn’t just about speed or luxury; it’s about efficiency. The hydrofoil system reduces energy consumption to approximately 0.7 kWh per nautical mile, compared to 1.5–2.5 kWh for traditional diesel ferries. In a continent where renewable energy integration and grid capacity are hot-button issues, this efficiency translates to lower operational costs and reduced strain on charging networks.

Why This Matters: The Convergence of EV and Maritime Mobility

This ferry is more than a novelty—it’s a microcosm of where EV technology is heading. As Europe phases out internal combustion engines in cars by 2035, the push for electrification isn’t limited to road vehicles. Ferries, which account for a significant portion of maritime emissions in countries like Norway, Sweden, and Greece, are prime targets for electrification. The EU’s Alternative Fuels Infrastructure Regulation (AFIR) mandates that by 2030, all major maritime ports must offer electric charging infrastructure for passenger vessels.

Yet, the P-12 Business ferry reveals a critical gap in today’s EV charging infrastructure: on-water charging remains in its infancy. While Europe boasts over 500,000 charging points on land—including 45,000 fast chargers (above 50 kW) and a growing network of ultra-fast chargers (350 kW)—maritime charging is largely uncharted territory. Most existing electric ferries rely on plug-in charging at terminals or battery swapping, which limits flexibility and range.

Candela’s innovation underscores a larger trend: the need for interoperable, high-power charging networks that can support diverse electric vehicles, from cars to boats to aircraft. The company’s hydrofoil system, paired with its 150 kW charging capability, hints at a future where electric vessels operate as seamlessly as electric cars do today. But for that future to materialize, Europe’s charging infrastructure must evolve.

The Bigger Picture: EV Market Trends and European Context

To understand the significance of the P-12 Business, we need to contextualize it within Europe’s broader EV and renewable energy landscape.

Europe’s EV Charging Infrastructure: A Maturing but Fragmented Network

As of 2024, Europe is home to over 500,000 public charging points, with Germany, France, and the Netherlands leading the way. The distribution, however, is highly uneven. While urban areas like Berlin, Paris, and Amsterdam have charging point densities exceeding 50 per 100,000 residents, rural regions and coastal areas often lag behind. For example, Greece has fewer than 10,000 charging points despite its extensive ferry network and tourism-dependent economy.

Fast charging networks are expanding rapidly, thanks to major players like Tesla Supercharger (over 15,000 connectors across Europe), Ionity (8,000+), Fastned (500+), Allego (9,000+), Shell Recharge (7,000+), and BP Pulse (6,000+). These networks are concentrated along highways and major corridors, but gaps remain in remote coastal regions where ferries operate.

Charging Network	Fast Chargers (50+ kW)	Ultra-Fast Chargers (350+ kW)	Key Markets
Tesla Supercharger	15,000+	5,000+	Germany, France, Netherlands, Spain
Ionity	8,000+	2,000+	Germany, Austria, Sweden, Norway
Fastned	500+	300+	Netherlands, Belgium, Germany
Allego	9,000+	1,000+	France, Spain, Italy, Netherlands
Shell Recharge	7,000+	800+	UK, Scandinavia, Germany
BP Pulse	6,000+	500+	UK, France, Germany

For electric ferries like the P-12 Business, this infrastructure gap is a critical challenge. While the ferry itself can recharge in an hour, the lack of high-power charging stations at smaller ports could limit its operational range. Imagine a scenario where a ferry operator in the Greek Islands wants to electrify its routes: it would need not only the vessel itself but also a network of 150 kW+ chargers at each port. Currently, such infrastructure is rare outside of major cities.

Comparing with Competitors: Where Candela Stands Out

Candela isn’t alone in the electric ferry space, but its approach is distinctive. Competitors like Green City Ferries (Denmark) and Norled (Norway) are also deploying electric ferries, but they rely on plug-in charging or battery swapping. For example, Norled’s MF Gloppefjord ferry uses a 1,500 kWh battery and recharges at ports with 1 MW chargers, but it’s limited to short routes due to battery weight and charging time.

The P-12 Business, by contrast, leverages hydrofoil technology to reduce energy demand, allowing it to operate on smaller battery packs and lower-power chargers. This makes it more adaptable to existing infrastructure and reduces the need for massive port upgrades. It also aligns with Europe’s push for grid-friendly charging, where smaller, distributed loads are easier to integrate with renewable energy sources.

Moreover, Candela’s focus on business-class comfort and urban commuter routes positions it as a direct competitor to high-speed rail in coastal regions. In places like the Baltic Sea, where ferries already compete with trains for passenger and freight transport, the P-12 Business could become a viable alternative for travelers seeking speed, comfort, and sustainability.

What EV Owners Should Know: Practical Takeaways

1. Charging Your EV for a Ferry Trip

If you’re planning a trip that involves both driving and taking an electric ferry, here’s what you need to consider:

• Plan your route in advance: Use platforms like EVRoutes to map your journey, including charging stops. Pay attention to the ferry’s charging specifications—most electric ferries require 150 kW+ chargers for quick turnaround times.
• Check ferry operator policies: Not all electric ferries allow passengers to bring their EVs onboard. For example, the P-12 Business is designed for passengers only, while some larger ferries (like Norway’s MF Ytre Hvaler) can accommodate cars.
• Verify charging infrastructure at ports: Use EVRoutes’ ‘Ports & Marinas’ filter to find high-power chargers near ferry terminals. In Scandinavia, Ionity and Tesla Superchargers are common near ports, but in Southern Europe, coverage is spotty.
• Factor in charging time: A 150 kW charger can replenish a 100 kWh battery to 80% in ~30 minutes, but always assume a buffer for delays.

Example Route: Driving from Copenhagen to Oslo via the P-12 Business ferry from Helsingør to Helsingborg. Along the way, you’d use Ionity chargers in Malmö and Gothenburg, with a Tesla Supercharger in Oslo for the final leg. Total charging time: ~45 minutes.

2. The Future of Electric Maritime Transport

As the P-12 Business ferry demonstrates, electric propulsion is poised to transform maritime travel. For EV owners, this means:

• New travel opportunities: Electric ferries could enable cleaner, faster coastal travel, reducing reliance on short-haul flights or diesel-powered boats. For example, a route from Stockholm to Helsinki could become a viable alternative to flying, with the P-12 Business cutting travel time by up to 40% compared to traditional ferries.
• Charging infrastructure expansion: The success of electric ferries will depend on the deployment of high-power chargers at smaller ports. Expect to see initiatives like the EU’s Connecting Europe Facility (CEF) funding such upgrades in the coming years.
• Battery innovation: Ferries like the P-12 Business highlight the importance of energy efficiency. As battery tech improves—particularly solid-state and sodium-ion batteries—we may see ferries with even longer ranges and shorter charging times.
• Policy and incentives: Governments are starting to incentivize electric ferry adoption. Norway, for instance, offers tax breaks for zero-emission vessels, while the EU’s Maritime Transport Strategy aims to reduce emissions from ships by 50% by 2050. Keep an eye on local subsidies for both ferry operators and passengers.

3. Challenges and Considerations

While the P-12 Business ferry is groundbreaking, several challenges remain:

• Infrastructure gaps: As mentioned, many ports lack the high-power charging needed for electric ferries. Retrofitting older terminals can be costly and time-consuming.
• Weather dependency: Hydrofoil technology works best in calm waters. In rough seas, the ferry may need to reduce speed or switch to conventional propulsion, impacting efficiency.
• Cost: The P-12 Business ferry is priced at around €2.5 million, making it accessible primarily to commercial operators rather than individuals. However, as production scales, prices may drop.
• Regulatory hurdles: Maritime regulations are complex, and certifying new electric vessels for passenger transport can take years. Candela’s existing P-12 leisure model has a head start, but commercial variants face stricter scrutiny.

Closing Perspective: A Glimpse Into EVs’ Multi-Modal Future

The Candela P-12 Business ferry isn’t just a product; it’s a vision of what’s possible when EV technology transcends the road. As Europe races toward decarbonization, the integration of electric vehicles into all forms of transport—cars, trains, boats, and even aircraft—will become the norm rather than the exception. For EV owners, this means embracing a new era of mobility where your charging habits expand beyond the highway and into harbors, rivers, and canals.

Already, we’re seeing the first signs of this shift. In Amsterdam, electric canal boats are replacing diesel-powered tour vessels. In Stockholm, ferries like the P-12 Business are redefining urban commuting. And in Norway, electric ferries are becoming a staple of the country’s coastal transport network. These innovations aren’t just about reducing emissions; they’re about reimagining the way we move through the world.

For drivers who rely on platforms like EVRoutes to navigate Europe’s charging maze, the lessons from the P-12 Business ferry are clear: the future of mobility is multi-modal, interconnected, and electric. Whether you’re cruising the Baltic Sea or driving from Berlin to Prague, the tools you use today to plan your route will soon need to account for electric vessels, air taxis, and other emerging transport modes. The question isn’t whether this future will arrive—it’s how soon, and how ready you’ll be to embrace it.

Disclaimer: This article is AI-generated and intended for informational purposes only. EVRoutes provides route planning tools but does not endorse specific products or services. Always verify information with official sources before making travel or purchasing decisions.