Wind turbine ANTARIS 7.5 kW grid connected


30 411,33 € tax incl.

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" Made in Germany 7.5 Kw wind turbine "


Eolienne 2,5 Kw

The ANTARIS wind turbine is a wind energy system that is ideally suited to inland sites. It is designed specifically for feeding power into the grid, charging batteries (24 V / 48 V etc.) and for supporting heating systems.

Thanks to its extremely robust and well thought-out design the ANTARIS wind turbine system is also suitable for stormy regions, with different optional repeller diameters (2.30 - 6.40 m).

The hand-laminated repeller blades benefit from a computer-designed aerodynamic profile. Needless to say, each blade is statically and dynamically balanced, carries an identification number and comes with relevant documentation.

The drive system of the ANTARIS small wind turbine system follows a simple logic: Fewer rotating components reduce the mechanical load and increase the technical operating life.

The maintenance and servicing is reduced (including less wearing parts, no gearbox oil change) and the operating costs drop.  The rotor hub and permanent magnet generator are directly connected together as a fixed unit without gears. The rotor unit is mounted on a rotating axis with a high-strength material. In comparison with conventional gearing systems with numerous bearings in the moving drive train the ANTARIS operates with two relatively slow running rolling-contact bearings.

The same applies for the tilting unit, which is only activated by the wind and thus operates absolutely free of wear. For safety the ANTARIS has two high-quality stainless steel mufflers installed, which protect the corresponding end stops. The steels used are all provided with a test certificate, which documents the grade of the steel.

The welding joints are only carried out by certified welders. After the blanks have been manufactured all steel parts are galvanised under high temperature. This galvanising process has significant advantages for corrosion protection compared to conventional (hot-dip galvanisation) galvanisation processes. With the high-temperature galvanisation we offer you the most effective method for protecting all parts against corrosion that are responsible for safety and operation under taxing demands of the elemental weather conditions.

Technical Specifications



generateur éolienne


  • Permanent-magnet rotor, brushless, gearless, maintenance-free
  • Extremely strong permanent magnets for a high level of efficiency
  • (NdFeBo permanent magnets, resistent to temperatures up to 150° C)
  • 3-phase current
  • Separate rectifier
  • Either direction of rotation
  • Voltage 0-1000 V
  • Start of feed-in at approx. 75 rpm
  • Power: 7.500 watts at 330 rpm and 400 V
  • Evenly rising power curve
  • Weight: 87kg
  • Aluminium housing, surface cooling, base anchoring
  • Gondola housing in GR
  • Protection class IP56

rotor eolienne



  • Hub connection with aluminium flange and pressure-relief plate
  • Stainless-steel screw connections with locknuts
  • Three rotor blades in glass-fibre / carbon-fibre laminate
  • Computer-designed aerodynamic profile
  • Winglets on blade tips to minimise noise
  • Approx.  m in diamater
  • Weight of each blade: approx. 9.2 kg
  • Dynamically balanced
  • Direction of rotation anticlockwise viewed from front
  • Max. rotational speed 300 rpm
  • GRP spinner cap
  • Rotor colour to client specification

Support element comprising


  • Wind vane (weatherproof HDPE, off-white, slightly transparent)
  • Square stainless-steel tube as support element
  • All screw connections in stainless steel and fitted with locknuts
  • Steel bracket as support for generator, configured for plug-in connection with azimuth bearing, fully galvanised
  • Protected by patented rotor-blade positioning system
  • Mast adapter with flange connector (tube 139 mm)

Storm protection


  • Rotor-blade positioning (“helicopter position”)
  • Control electronics with turbine controller

Control cabinet


  • Control system with voltage monitor
  • 1-phased grid-feed in (Smart!wind Inverter 7.5 kW)
  • Control electronics with 3-phased turbine controller
  • Connections / plug connectors protected against polarity reversal
  • Controlling of the alternator phases during turbinemode
  • Emergency-OFF switch
  • Reset switch with key (removable)
  • Rectifier, display etc.
  • 3.0 kW braking resistance

Smart Power Electronics 7.5 kW inverter



Max. 20 kW wind turbine load (SW-10)
Pairing the three-phase network with 10 kW (SW-10)
Flexible and intelligent management of clean power, heating, battery and discharge charges through 4 separate CC energy outlets
Energy counter for power and heating
Control of reactive power
Battery buffer interface - optional



Built-in control functions for a wind turbine Intelligent and finely resolute control of the characteristic curve for optimal wind use
Characteristic curve freely selectable depending on voltage or speed
Many monitoring functions, such as wind speed or speed
Switch to shut down KWEA with other safety features



Direct connection of the particle generator without additional equipment
Wide range of input voltage for particle generators
Compact design of the case with a separate aperture connection area
Passive convection cooling on a wide range of performance
Integrated network/system protection (NA protection according to VDE AR-N 4105)



Built-in graphic display
Built-in web server
Practical PC Smart!wind Explorer use and set-up interface



Small wind turbines
Small hydroelectric power plants




General dataSW-7.5
Size656 x 472 x 234 mm
Weight42 kg
Protective classIP54
CoolingPassive air/fan controlled according to demand
How it works in the temperature range-25 degrees Celsius ... -40 degrees Fahrenheit - automatic decommissioning
Global efficiencyNo more than 94%.
Clean consumption18 W - Waiting
83 W - Active offer
Entry generator side
Generator typeexcited constantly / 3 phases
Generator-side lifterB6
60...500 VLL
310 ... 500 VLL - for a full power of 10 kW
600 VLL - maximum
Entry voltage range (driver-driver)20 A - face value
Entry current (nominal value)40 A - max. 5 s
Entry power15 kW - face value
Entry current (nominal value)30 kW - max. 5 s
Maximum value limited by load resistance0 Hz ... 150 Hz
Frequency of entryIsolation control
Monitoring generatorsTemperature control
Speed control
Exit sector side 
Inverter sector sideIGBT B6
Number of phases3
Output power (nominal value)7.5 kW
Exit tension400 VLL - face value
318 ... 460 VLL - eligible reach
Outfed current (nominal value)0 ... 11 A
Exit frequency0 Hz ... 150 Hz
Separation conceptwithout transformer - no galvanic insulation
Power factor - cos3%
Power factor - cosregulated to 1 - regulation according to VDE AR-N 4105
Resistance to short circuitsCurrent control
Network/system protection - ENSVDE AR-N 4105


schema eolienne vitesse du ventschema fonctionnement éolienne