Wind turbine FT-10KFE | 10 kW | 380 V AC

Wind turbine FT-10KFE | 10 kW | 380 V AC

FT-10KFE 10 kW is a wind turbine for on-grid systems with an output of 380 V AC.

Key specifications

• Rated power: 10.0 kW
• Maximum power: 10500 W
• Output voltage: 380 V AC
• Output: three-phase AC
• Start-up wind speed: 2.5 m/s
• Practical generation from: 4.5 m/s (indicative)
• Rotor diameter: 6.3 m
• Weight: 285 kg

Key features

• Rated power of 10 kW: a practical power class for farms, technical facilities and small commercial installations where consistent long-term energy production matters.
• Rotor diameter of approximately 6.3 m: a large swept area for harnessing wind energy at moderate speeds typical of many locations in Poland.
• Gearless permanent-magnet generator (PMG): high efficiency, low starting torque and fewer mechanical components support reliability and reduced maintenance costs.
• Industrial-grade NSK bearings are designed for continuous operation and high loads, supporting rotor durability and long-term operating stability.
• Integrated safety systems include a generator temperature sensor, mechanical braking and protections working with the controller to protect the turbine in strong and gusty winds.
• Reinforced 10 kW construction: key load-bearing components use structural steel with additional galvanisation for corrosion resistance and durability in demanding environments.

Who it is for

• Farms with large open areas and regular energy demand, including ventilation, cold storage, pumps and production equipment.
• Owners of rural and suburban homes with suitable installation conditions: sufficient space, mast height and clearance from obstacles.
• Small and medium-sized businesses and workshops outside densely built-up areas seeking more predictable energy costs.
• Installers and integrators of hybrid wind, solar PV and battery systems undertaking commercial and semi-off-grid projects.

Applications

• Hybrid installations supplementing solar PV during periods of low sunlight, including autumn, winter and night-time.
• Autonomous or semi-autonomous energy systems for farms, technical facilities and locations remote from the grid.
• Supplying sites with continuous or predictable loads where wind can reduce electricity drawn from the grid.
• Individual projects based on an assessment of local wind conditions and energy consumption.

System integration

Important: On-grid operation requires a dedicated grid-connected controller and an inverter suitable for connection to a wind turbine. Operation without a controller is not possible or safe.

Installation guidance

• Selection of the controller, inverter and protection equipment for a 10 kW installation is project-specific. Contact us for configuration advice and a B2B quotation.

Real-world operating conditions

Energy production depends directly on local wind conditions. In practice, horizontal-axis wind turbines (HAWT) usually produce more consistently above approximately 4-5 m/s and perform best with smooth, minimally turbulent airflow. Sites with frequent turbulence caused by buildings, trees or terrain obstacles may produce less energy, reflecting the operating characteristics of HAWT turbines.

Power curve: reference points

The reference points below help compare turbine output at specific wind speeds.

Wind speed (m/s)	Power
3.0	0.10 kW
5.0	0.80 kW
7.0	2.50 kW
10.0	8.50 kW
12.0	12.00 kW
15.0	13.00 kW

Power curve:

Selected technical specifications

Model	FT-10KFE
Rated power	10KW
Maximum power	10.5KW
Rated voltage	380V
Start-up wind speed	2.5m/s
Rated wind speed	12m/s
Survival wind speed	45m/s
Rotor diameter	6300mm
Number of blades	3
Blade material	Reinforced fibreglass
Generator	Three-phase permanent-magnet AC generator
Operating temperature	-40℃～80℃
Approximate weight	285kg
Certificates	CE

Downloads

• CE certificate
• Product datasheet (English)

Shipping

The price includes delivery within Poland. Due to the size and weight, delivery is usually by pallet courier or freight service. The exact delivery time depends on the address and order configuration.

When this model is not recommended

• Installation in highly turbulent areas near buildings, trees or other obstacles without suitable mast height and wind exposure.
• Using the turbine without assessing local conditions, average wind speed, turbulence and terrain.
• The installation should be based on an engineering design and realistic wind data.

FAQ

Are voltages other than 380 V available?
Yes. Other voltage versions are available to order.

Is this model suitable for a low-wind location?
Its large rotor requires adequate wind conditions and a suitable mast. Output will be limited in weak or turbulent wind.