and hinge design which allows it to regulate its rotational...

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The KW3 wind turbine stands out from all other small scale wind turbines due to its unique blade and hinge design which allows it to regulate its rotational speed, maximising output - as the wind gets stronger the blades pitch and cone, protecting the turbine and allowing continual operation during the fiercest of storms. Kingspan KW3 wind turbine is the result of over 30 years research and development and born from a global installed fleet size in excess of 800 – including the world’s largest rural off-grid fleet in The Falkland Islands through to specialist installations in Asia, Europe, North America, offshore oil platforms and the global telecoms sector.

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Page 1: and hinge design which allows it to regulate its rotational ...pdf.capenergie.fr/doc-eolienne/kingspan-KW3.pdfThe KW3 wind turbine stands out from all other small scale wind turbines

The KW3 wind turbine stands out from all other small scale wind turbines due to its unique blade and hinge design which allows it to regulate its rotational speed, maximising output - as the wind gets stronger the blades pitch and cone, protecting the turbine and allowing continual operation during the fiercest of storms.

Kingspan KW3 wind turbine is the result of over 30 years research and development and born from a global installed fleet size in excess of 800 – including the world’s largest rural off-grid fleet in The Falkland Islands through to specialist installations in Asia, Europe, North America, offshore oil platforms and the global telecoms sector.

Page 2: and hinge design which allows it to regulate its rotational ...pdf.capenergie.fr/doc-eolienne/kingspan-KW3.pdfThe KW3 wind turbine stands out from all other small scale wind turbines

KW3 Product Specifications

KW3

Peak Power

Reference Annual Energy

Applications

Solutions

Architecture

Rotor

Blade material

Generator type

Tower Heights

Foundation Options

Cut in speed

Cut out speed

Survival Wind Speed

Warranty

3.2kW

4,700kWh at 5m/s

Telecoms, Rural Domestic, Off-Shore Oil Platforms

Grid Tied, Battery Charging, 24V DC, 48V DC – 300V DC

Downwind, 3 bladed, Self Regulating

3.8m diameter, 300RPM at Rated Power. Thrust 5 kN

Glass Thermoplastic Composite / Polypropylene

Brushless Direct Drive Permanent Magnet.

6.5m/11m (Flange Bolted/Taper Fit Monopole - Hydraulic options available)

Pad/Root/Rock Anchor options

3m/s

None - Continuous operation

Designed to Class 1 (70m/s)

5 year standard.

Annual Energy Production KW6

Hub Height Annual Average Wind Speed (m/s)

An

nu

al E

ne

rgy

Pro

du

ctio

n (

kWh)

02 3 4 5 6 7 8 9 10 11 12

5000

10000

15000

20000

25000

30000

35000

Annual Energy Production KW3

Hub Height Average Windspeed (m/s)

An

nu

al E

ne

rgy

Pro

du

ctio

n (

kWh)

02 3 4 5 6 7 8 9 10 11 12 13

2000

4000

6000

8000

10000

12000

14000

16000

18000

20000

www.provenenergy.com

The AEP Curve (Annual Energy Production) demonstrates the energy the KW3 will generate on sites with the wind speeds indicated. The ability to calculate kWh per annum allows for estimations of financial viability and payback. Energy performance estimates are based upon a standardised method using publicly available information. It is given as guidance only. Performance of wind turbine systems varies from location to location and from year to year. Your chosen installer will advise of site specific performance characteristics.

Kingspan Renewables Ltd, 180 Gilford Road, Portadown, Northern Ireland, BT63 5LF www.kingspanwind.com

QS012 Rev 1