BOAT CATEGORY
Electric Catamarans
Explore electric and hybrid catamarans for sale - solar-powered, zero-emission, and built for liveaboard, charter, and coastal cruising.
11
Available boats
€287k
Starting from
14.5m
Avg length
Premium quality
What is an electric catamaran?
An electric catamaran is a twin-hull vessel powered by electric motors rather than combustion engines. The two slender hulls create a wide, stable beam with low hydrodynamic drag: a hull form that suits electric propulsion better than almost any other boat type. Less resistance means smaller battery banks can deliver practical range, and the generous deck area gives solar panels room to work.
Most production electric catamarans combine lithium-ion battery banks with deck-mounted solar panels, allowing the boat to extend daily range and, in calm conditions with light usage, remain near energy-neutral across a full week of sun. Hybrid catamarans add a small generator or combustion engine as a backup, giving skippers more flexibility on longer passages or in cloudy climates.
Buyers typically choose an electric or hybrid catamaran for one of three reasons: silent, emission-free day cruising on lakes and protected coastal waters; liveaboard or charter use where solar offsets the daily energy budget; or commercial passenger transport on routes where noise and emissions are regulated or restricted.
Compared to a monohull, the catamaran platform is particularly well suited to solar-electric integration: more deck space, more battery volume in the hulls, and a stable platform that keeps panels at a consistent angle. The right choice between fully electric and hybrid comes down to cruising distance, charging infrastructure at your marina, and how much sun your sailing grounds realistically deliver.
BROWSE COLLECTION
11 boats
SIDE BY SIDE
How Electric Catamarans compare
| Boat | Price | Range | Battery | Top speed | Capacity |
|---|---|---|---|---|---|
| Solann | €1m | 77 nm | 50 kWh | – | 12 |
| Helios Alpha | – | – | 197 kWh | 14 kn | – |
| Soel Senses 62 | – | – | 282 kWh | 12 kn | – |
| Soel Senses 82 | – | – | 424 kWh | 14 kn | – |
| SoelCat 12 | – | 50 nm | 60 kWh | 10 kn | – |
| Soel Shuttle 14 | – | 60 nm | 106 kWh | 14 kn | – |
| E-40 Power Catamaran | €495k | 170 nm | 44 kWh | 18 kn | 12 |
| CAT 12.0 Cruise | €677k | 50 nm | 80 kWh | 15 kn | – |
| CAT 12.0 Cruise | €342k | 50 nm | 80 kWh | 8 kn | 16 |
| CAT 12.0 Lounge | €594k | 50 nm | 80 kWh | 8 kn | – |
| LBV 35 | €287k | 40 nm | 60 kWh | 8 kn | – |
BY USE
Browse by how you will use it
Electric Liveaboard Boats
9 boatsElectric boats comfortable enough to live aboard. Big battery banks, solar support and silent nights at anchor.
View category →Electric Charter Boats
29 boatsSilent electric boats for charter and tourism operators. Quiet, emission-free trips that guests remember, with low running costs.
View category →Electric Day Cruiser Boats
34 boatsElectric day cruisers for leisure on the water. Comfortable, stylish, and emission-free.
View category →Before you buy
Experience electric boating in Mallorca
Try one on the water first. These run in Mallorca and are booked directly with the operator.
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BEFORE YOU BUY
What to check before buying
Use this checklist to compare your options and ask the right questions before you commit.
- Usable range at a steady cruising speed, not the peak-range headline figure
- Battery capacity matched to how long your typical day on the water runs
- Twin-motor redundancy: can the boat return to port on a single motor
- Solar roof output and whether it meaningfully extends range at anchor
- Beam and berth dimensions against your home marina's catamaran capacity
- Battery warranty terms, stated in both years and charge cycles
QUESTIONS
Frequently asked questions
How far can an electric catamaran travel on a single charge?
Range depends on hull design, battery capacity, solar array size, and cruising speed - so the spread is wider than most buyers expect. Fully electric catamarans built for coastal and day use typically cover 30 to 80 nautical miles at 5 to 7 knots on a full charge. Solar-assisted models push that further: a catamaran with a large battery bank and a substantial rooftop solar array can sustain near-continuous cruising at 6 to 7 knots across a full day, with solar production actively offsetting consumption. Speed matters more than most buyers realise: dropping from 10 knots to 6 or 7 knots can more than double usable range. On a well-specified solar-electric catamaran, range becomes less of a hard limit and more a question of how you manage energy across the day.
How far can a hybrid catamaran travel?
A hybrid catamaran combines electric drive with one or more onboard generators, which removes the range constraints of a purely battery-dependent system. Depending on generator capacity, battery size, and cruising speed, a hybrid catamaran can reach 400 nautical miles or more on a single fuel load while still running silently on electric power in port, anchorages, or noise-sensitive areas. The practical advantage over full electric is flexibility: you cruise on batteries when conditions allow and switch to generator support for longer passages or when charging infrastructure is unavailable. For bluewater cruising or commercial routes with unpredictable charging access, a hybrid drivetrain is currently the more practical choice.
Are electric catamarans suitable for liveaboard use?
Yes, and the catamaran platform is particularly well suited to it. Twin hulls provide far more accommodation volume and deck space than a monohull of the same length, leaving room for the larger battery banks that liveaboard life demands. The key difference from day-use sizing is that house loads: refrigeration, water-maker, lighting, air conditioning - draw from the same battery as propulsion. Liveaboard owners need to size their system around total daily consumption, not just motor runtime. Solar can offset a meaningful share of house loads, reducing how often you need shore power.
What can solar realistically do on an electric catamaran?
Solar is a genuine asset on a catamaran, not just a marketing feature. The wide deck gives you significantly more panel area than a monohull of the same length. On a 12-metre catamaran, one of the most common sizes in this segment, a well-integrated array can peak at around 6 kW, generating roughly 20 to 30 kWh on a good sunny day. That comfortably covers full house loads and adds meaningful propulsion range on top. What solar cannot reliably do is replace shore charging for active passage-making in cloudy climates or high-speed runs. The right way to think about it is as a daily top-up that extends autonomy, reduces marina dependency, and on slower cruising days can offset propulsion consumption almost entirely. Larger catamarans can carry proportionally bigger arrays, improving that equation further.
How does an electric catamaran compare to a hybrid catamaran?
A fully electric catamaran has no fuel system, no combustion engine, and zero direct emissions. Running costs are lower and maintenance is simpler, but your range is capped by battery capacity and how reliably you can recharge. A hybrid catamaran adds a diesel or LPG generator, which removes the range constraint at the cost of more complexity, fuel logistics, and ongoing maintenance. If your typical cruising stays within battery range and you have reliable charging at your marina or anchorage, full electric is the cleaner, simpler choice. If you need open-ended passage-making range or operate in regions with limited charging infrastructure, a hybrid is the more practical option.
Is an electric catamaran a good first electric boat?
Yes, for many buyers it is. The wide, stable beam is forgiving while you learn the differences from a combustion boat (instant torque, silent low-speed maneuvering, watching state of charge instead of a fuel gauge), and the layout carries over well if you later move to a larger electric boat.
What should I look for when buying an electric catamaran?
Start with battery capacity relative to how you actually use the boat - not the best-case range figure in the brochure, but your realistic daily consumption including house loads if you plan to liveaboard or charter. From there, look at solar integration: how much panel area the deck allows, whether the battery management system handles solar input efficiently, and what shore charging options are available. Hull size matters beyond accommodation - longer hulls carry more battery volume and solar area, which compounds into meaningfully better energy autonomy. Check the drivetrain warranty and, critically, whether the manufacturer has a service network in the region where you plan to sail. A well-specced electric catamaran with no local service support is a liability. Finally, if your cruising plans include passages beyond reliable charging infrastructure, consider whether a hybrid drivetrain makes more sense than full electric for your specific routes.
How does an electric catamaran compare to other electric boat types?
A catamaran trades top speed for stability and deck space compared to an electric RIB or day cruiser, and it typically has a longer range per kWh than a planing monohull of similar length because the twin-hull shape has lower drag. Commercial and house-boat electric boats prioritise low-speed efficiency and interior volume over the catamaran's balance of speed and space.
Is an electric catamaran suitable for commercial charter use?
Yes, and commercial operators are increasingly choosing electric catamarans for day-charter and passenger ferry routes where noise regulations, port emission restrictions, or passenger expectations favour zero-emission vessels. The key considerations for commercial use are battery capacity relative to daily operating hours, fast-charging capability between runs, and compliance with local maritime regulations for electric commercial vessels. Several manufacturers listed on Volta offer models specifically designed or certified for commercial passenger transport.
What maintenance does an electric catamaran need compared to a diesel catamaran?
An electric drivetrain has no oil changes, no fuel filters, and no engine-hour servicing intervals. Scheduled maintenance is mostly battery health checks, software updates, and routine hull and sail-drive care. Owners typically report substantially fewer scheduled service hours per season than an equivalent diesel catamaran.
Learn more
Buyer's guides
Electric Boat Charging Guide: Times, Costs and Connectors
How electric boat charging works in practice: real charge times and costs computed from ten boats in our catalog, connector standards, where to plug in across Europe, and how to care for the battery.
Read guide →The Electric Boat Buying Guide for 2026
Everything first-time buyers need to evaluate electric boats: range, charging, cost of ownership, brand selection, and the questions to ask a dealer.
Read guide →Electric Catamarans: The Buyer's Guide
Why electric catamarans are the platform that most rewards battery capacity: hull efficiency, solar integration, liveaboard potential, and what to look for when buying.
Read guide →EXPLORE
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View category →Electric Cabin Cruisers
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