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Xiamen Dexing Solar Energy Co., Ltd.     

Wind Turbine Energy

Product Detail:

Introduce of Wind Turbine Energy

Wind Turbine EnergyWind power is the conversion of wind energy into a useful form, such as electricity, using wind turbines. At the end of 2007, worldwide nameplate capacity of wind-powered generators was 94.1 gigawatts. Although wind produces only about 1% of world-wide electricity use, it is growing rapidly, increasing more than fivefold globally between 2000 and 2007. In several countries it has achieved relatively high levels of penetration, accounting for approximately 19% of electricity production in Denmark, 9% in Spain and Portugal, and 6% in Germany and the Republic of Ireland in 2007.

Wind energy today is a booming worldwide industry. The technology has truly come of age, with better, more reliable machinery and a greater understanding of how and where wind power makes sense -- from the independent homestead to a grid-connected utility-wide perspective. Heightened concerns about our environment mean that this resurgence of interest in wind -- a natural and widespread power source -- is here to stay.

At the heart of these energy systems the concept is the same only far more refined.From noise reduction to energy conversion efficiency these sustainable power sources are growing into a viable energy source that are cable of bringing us into a sustainable green age.

wind turbine widely applies to areas of aboundance of wind energy and areas of no access to or lack of electricity.

Renewable EnergyWind turbine system is consisted of wind generator, controller, battery array, inverter, tower and battery box.
A.The wind turbine transforms wind power into mechanical energy and then into electricity, generating by wind energy and charging into battery to store electricity.
B. Controller controls the working station of the whole system, moreover, it protects battery array under the conditions of overflow and overdischarge.
C. Battery can store and release power.
D. Inverter will transform the DC power input into solitary wave power.

Technical Data of Wind Turbine Energy

RATED POWER(W)

MAXIMUM OUTPUT POWER(W)

RATED VOLTAGE(V)

STARTING WIND SPEED (M/S)

WORKING SPEED (M/S)

RATED SPEED (R/MIN)

LEAVES NUMBER (PIECE)

LEAVES DIAMETER(M)

150

240

 

3

3-25

 

 

2

200

450

 

3

3-25

 

 

2.6

300

500

28

2

2-20

400

3

2.5

500

800

28

2.5

3-20

400

3

2.7

1000

1500

56

3

3-20

360

3

3

2000

3000

56/112

3

3-25

300

3

4


RATED POWER(W)

MAXIMUM OUTPUT POWER(W)

RATED VOLTAGE(V)

STARTING WIND SPEED (M/S)

WORKING SPEED (M/S)

SECURITY WIND SPEED(M/S)

OUTPUT VOLTAGE (V)

RATED WIND SPEED
(M/S)

WIND WHEEL DIAMETER (M)

3000

4000

 

3

3-30

50

220

10

5

5000

6500

 

3

3-30

50

220

10

6

10000

15000

 

4

4-30

50

380

10

8

15000

20000

 

4

4-30

50

380

10

11

20000

30000

 

4

4-30

50

380

10

12

30000

40000

 

4

4-30

50

380

10

12

50000

60000

 

4

4-30

50

380

10

13

main applications of Wind Turbine Energy

road lighting, work, house, industries, agriculture, husbandry, crop, livestock breeding, tourism, advertising, service industry, ports, mountainous areas, wooded areas, railway, oil field, army frontier defenses and sentries,

Why look offshore for wind energy systems?

wind energy systemsThere are a number of factors that influence the performance of a wind energy system. These includes: wind shear, turbulence, wake effect, and tunnel effect. These factors can lower the overall performance of as wind energy system and are evident to a lesser degree offshore. This coupled with higher wind speeds offshore increase the potential performance of offshore wind energy systems. With equivalent offshore and onshore wind energy systems (same MW capacity), an offshore wind energy system will produce more energy over the year.