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D E N E R T E C Design - Energy - Technology WIND ENERGY DIVISION |
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Products: |
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| TECHNOLOGY
TRANSFER :
The engineering for manufacturing wind turbines |
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| WHAT WE OFFER | ||
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The technology transfer package in small wind energy consists in a complete technical assistance that will allow you to be able to manufacture and start up a business in this field. Our experience allow us to offer:
Some remarkable charactersitics of our designs are the following: |
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The permanent magnet alternators are axial flux type, coils have no cores, this means there is no cogging, therefore the turbines have a very little start-up torque required to exceed the bearing friction, practically there is no start-up wind speed only cut-in wind speed.
Our wind turbines have been designed to have a good performance under low and moderated winds, they are useful for rural electrification, off grid applications and energy saving. |
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samples of loads are shown in the following figure. Depending on the
wind resource, more hours of energy could be available or more electric
equipments could be connected.
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| BASIC TECHNOLOGY TRANSFER PACKAGE | ||
It is available our basic technology transfer package of the "Wind Generator 200" (WG 200) which includes a set of manufacturing and assembly drawings and a technical manual, both in printed version. The technical manual contains manufacturing and construction procedures and techniques of the WG-200.
This model does not require a great investment for its manufacturing, however it has been designed with all considerations that the engineering demands.
The basic package is shipped by Postal Mail inside Peru and worldwide through International Air Mail, shipping costs are included in price. Also customers may ask for other shipping options as private couriers, in this case additional shipping costs will be charged to the customer.
People interested in purchase this package or other models with more output power, which can include improvements as slip rings, please contact us.
INSTALLATIONS of small wind turbines enabled during technology transfer courses sorted by date, can be seen in the next links: |
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| SPECIFICATIONS |
| WG - 200 | |
| Rotor/Generator coupling |
Direct |
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Cut-in wind speed |
2,5 m/s |
| Rated wind speed |
9 m/s |
| Rated power |
200W |
| Rated rotor speed |
530 rpm |
| Furling wind speed |
11 m/s |
| Peak power |
300W |
| Rotor speed at peak power |
670 rpm |
| Three blade rotor up wind. | |
| Rotor diameter |
1,71 m |
| CONSTANT SECTION blades can be manufactured by PULTRUSION | |
| Permanent magnet generator with Neodymiun magnets, aluminum framework. | |
| Light start up, wind speed less than 2 m/s, generator with "NO COGGING". | |
| Charging voltages available (Direct current) |
12, 24V |
| Aerodynamic safety system with hinged vane. | |
| Survival wind speed |
32 m/s |
| Performance Curves |
| ELECTRIC POWER (Estimated at 300m of altitude over sea level) |
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| ESTIMATED MONTHLY ENERGY OUTPUT |
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| Assumptions (Energy output may vary): |
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| TECHNICAL DRAWINGS AND MANUAL (some samples) | |
| You will find in the Wind Generator 200 technology transfer package the following information: | |
| Contents of Manual | |
| List of Drawings | |
| 1 Introduction | |
| 2 Specifications | |
| 3 Description of Components | |
| 3.1 Rotor | |
| 3.2 Generator | |
| 3.3 Rotating base | |
| 3.4 Orientation and safety system | |
| 3.5 Tower | |
| 4 Construction | |
| 4.1 General | |
| 4.2 Blades | |
| 4.3 Generator | |
| 4.3.1 Coils | |
| 4.3.2 Stator | |
| 4.3.3 Magnets | |
| 5 Mounting and installation | |
| 5.1 Rotor | |
| 5.2 Generator | |
| 5.3 Rotating base and safety system | |
| 5.4 Tower | |
| 6 Electrical Installation | |
| 7 Manteinance | |
| 8 Electronic Control (For 12V Systems) | |
| Program for PIC microcontroller | |
| Circuit components | |
| Control circuit diagram | |
| 9 Wind Turbine Performance Curves | |
| 10 Permanent Magnet Generator Performance Curves | |
| 11 Commercial Options of Charge Controllers, Batteries and Inverters | |
| List of Drawings | ||
| Ensamble : | ||
| Nº | FORMAT |
TITLE |
| 200 - A1 | A2 | Main Views |
| 200 - A2 | A3 | Detail 1 of Main View (drawing 200-A1) |
| 200 - A3 | A3 | Sub-assembly of Generator and Rotor (Sectión X1-X1 of drawing 200-A1) |
| 200 - A4 | A3 | Sub-assembly de of Rotating Base with Tower (Sectión X2-X2 of drawing 200-A1) |
| 200 - A5 | A3 | Joint of Hinged Arm and Rotating Base (View A-A of drawing 200-A1) |
| Construction : | ||
| Nº | FORMAT |
TITLE |
| 200 - C1 |
A3 |
Blade |
| 200 - C2 | A4 | Wedges (Mounting on blade) |
| 200 - C3 | A4 | Airfoil |
| 200 - C4 | A3 | Front framework of generator |
| 200 - C5 | A3 | Rear framework of generator |
| 200 - C6 | A4 | Shaft of generator |
| 200 - C7 | A4 | Disc for magnets |
| 200 - C8 | A4 | Shaft fastener and stator hub |
| 200 - C9 | A3 | Position of magnets on disc and template for magnet positioning |
| 200 - C10 | A3 | Stator moulds |
| 200 - C11 | A3 | Connections of stator coils and three-phase rectifier |
| 200 - C12 | A3 | Rotating base (main views) |
| 200 - C13 | A3 | Rotating base (section R1-R1 of drawing 200-C12) |
| 200 - C14 | A4 | Coupling for shaft of generator |
| 200 - C15 | A3 | Holder for hinged vane arm (View B-B of drawing 200-C12) |
| 200 - C16 | A3 | Hinged vane arm |
| 200 - C17 | A4 | Pivot |
| 200 - C18 | A3 | Stationary base |
| 200 - C19 | A4 | Bronze washers |
| 200 - C20 | A3 | Vane |
| 200 - C21 | A3 | Tilt-up tower |
| 200 - C22 | A4 | Tower elements - Detail 1 |
| 200 - C23 | A4 | Tower elements - Detail 2 |
| 200 - C24 | A3 | Gin pole |
| 200 - C25 | A4 | Gin pole clamp |
| 200 - C26 | A4 | Joint for gin pole and anchorage |
| 200 - C27 | A4 | Gin pole anchorage |
| 200 - C28 | A4 | Base plate for gin pole clamp |
| 200 - C29 | A4 | Base plate for gin pole anchorage |
| 200 - C30 | A4 | Tower support |
| 200 - C31 | A4 | Base for tower support |
| 200 - C32 | A4 | Anchorage rod |
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