Products : Power Solutions : Hybrid Systems : superwind Wind Turbines

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Highly durable marine & off-grid wind power solutions

Bring wind power into your hybrid system with superwind. Rugged and  efficient wind turbines built for marine, remote, and off-grid use. They deliver clean energy through wind turbine generators that charge batteries or support 12 V, 24 V, 48 V or higher systems, even when paired with solar or fuel cells.

 

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Typical Use Cases & Benefits

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Marine Applications & Vessels

Power for navigation aids, emergency systems, backup lighting / loads, and supplemental power aboard workboats, unmanned surface vessels and buoys.

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Remote Sites & Off-Grid Installations

Cabins, signage stations, monitoring or transmitters in remote areas; places where grid power is unavailable.

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Defence, Rescue & Emergency Response

Reliable, quiet power for field operations, base camps, portable systems in rough or remote environments.

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Hybrid & Renewable Energy Systems

Combining wind turbine + solar panels + battery storage to reduce emissions, cut fuel/generator hours.

 

Models

 

SW 353

An industrial and marine wind generator designed for extreme environments, using patented pitch control for consistent power output. Extremely robust thanks to hand-laminated CFRP rotor blades, triple-bearing main axis, and a solid stainless-steel mast mount – ideal for industrial and off-grid applications requiring reliable performance in harsh conditions.

 

Technical Data:
 
  • Rated power: 350 W
  • Nominal voltage: 12 V / 24 V / 48 V
  • Rated wind speed: 12.5 m/s
  • Operating range: 3.5 m/s – 35 m/s (unbraked)
  • Survival wind speed: 50 m/s (braked)
  • Rotor diameter: 1.20 m
  • Rotor blades: 3
  • Total weight: 12 kg
  • Applications: Industrial, remote, and marine environments
 

SW 1250

High-output wind generator for demanding off-grid and industrial use. Built on the proven technology of the SW 350-II and SW 353, it offers excellent performance and durability with advanced blade adjustment and the new Star Hub rotor design for optimal reliability in high winds and turbulence.

 

 

Technical Data:
 
  • Rated power: 1,250 W
  • Nominal voltage: 24 V / 48 V DC
  • Rated wind speed: 11.5 m/s
  • Operating range: 3.5 m/s – 35 m/s (unbraked)
  • Survival wind speed: 50 m/s (braked)
  • Rotor diameter: 2.40 m
  • Rotor blades: 3
  • Total weight: 45 kg
  • Applications: High-output off-grid systems, industrial installations, remote monitoring stations

 

 

SW 353

 

Features

 
High Efficiency and Safety

While most other wind turbines have to be shut down when it is too windy, superwind’s robust design with a rotor blade pitch mechanism and wind vane tracking system.

 
Flexible Voltage Output

Operating at 12/24/48 V DC and easily integrated with battery banks and inverters for AC loads.

 
Wind, Solar and Fuel Cells Hybrid Compatibility

Designed to complement solar arrays or fuel cells; together they reduce battery sizing needs and improve availability of power.

 
Quiet & Efficient Operation

Low noise output with refined pitch control and permanently magnetised generators – ideal for vessels, remote sites, and marine applications.

FAQs

What makes superwind turbines different from standard wind generators?

Superwind turbines were precision-engineered specifically for marine and off-grid applications, combining quiet operation, automatic pitch control, and a robust wind vane tracking system for optimal performance. Unlike standard wind generators, superwind models are designed for continuous operation in harsh conditions, delivering dependable renewable wind energy wherever you operate.

The automatic pitch control feature is truly what sets superwind apart. It continuously adjusts the rotor blade angle to regulate rotational speed, ensuring safe operation during storms, minimal wear and tear, and stable power output even in harsh weather conditions. Together with the damped wind vane tracking system, this guarantees reliable energy production and long service life.

How much power can a superwind turbine produce?

Depending on the model, output ranges from around 350 W up to 1.25 kW in strong winds. In real-world use, this translates to consistent charging of onboard or off-grid battery systems, reducing generator runtime and supporting hybrid wind systems that combine wind and solar.

Are superwind turbines suitable for marine environments?

Each superwind marine wind turbine is constructed using corrosion-resistant materials, sealed bearings, and reinforced rotors for maximum durability. They are proven performers in harsh environments, from open ocean conditions to coastal and offshore installations. For environments where there is a lot of resistance, we will work with our customers to ensure there is minimum disruption for a maximum power output.

How quiet are superwind turbines during operation?

Superwind turbines are among the quietest wind generators available. Their advanced pitch-control technology automatically reduces rotor speed in high winds, lowering noise and vibration – ideal for quiet wind turbines for marine use or residential off-grid setups.

What maintenance do superwind turbines require?

Very little. Routine checks of mounting bolts, electrical connections, and bearings are typically all that’s needed. The sealed design minimises corrosion and wear, making these systems exceptionally low-maintenance compared to traditional wind generators.

What safety and protection features are included?

Superwind turbines use aerodynamic pitch control and external charge controller to prevent overspeed in high winds. This system automatically limits rotor speed and power output, protecting both the turbine and your electrical equipment from overloads.

Can superwind turbines charge large battery banks?

Yes. They’re ideal for battery integration, supporting DC configurations between 12 V – 48 V (and higher with controllers). When combined with solar, they provide continuous charging and help maintain renewable energy for off-grid systems around the clock.

How does the process of procuring one look like?

To begin, simply reach out to Fischer Panda UK | Power Solutions for expert advice and system design support. Our engineers will discuss your vessel or installation requirements, preferred voltage, and overall energy setup.

 

For more complex environments, such as offshore, extreme weather, or specialist off-grid applications, the superwind technical team works directly with Fischer Panda UK to assess key factors including:

  • Average wind strength and turbulence
  • Mounting position and airflow resistance
  • System compatibility and energy balance

Together, we’ll determine the optimal configuration to maximise power output, durability, and integration with any solar or hybrid systems.

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