DESIGN AND DEVELOPMENT

SOLAR-WIND HYBRID POWER SYSTEM

VIHAR MODI 10191352GAURAV PATEL 10161241

SUPERVISOR : LAICHANG ZHANG

Edith Cowan University 2

Pollution from power plant Test Video Design stages Resource analysis Various applications Test results Major benefit

CONTENT

Edith Cowan University 3

To generate continuous power from wind and solar energy. (day and night)

To use VAWT instead of HAWT Design and manufacture a Prototype model

Objective

Edith Cowan University 4

POLLUTION FROM POWER PLANTS

Edith Cowan University 5

Edith Cowan University 6

SCHEMATIC DIAGRAM

Edith Cowan University 7

FLASH BACK

DESIGN 1 DESIGN 2

Edith Cowan University 8

FINAL DESIGN

Edith Cowan University 9

Solar-wind hybrid power system

Edith Cowan University 10

CHEAP Maintenance, No gear mechanism Bird and bat friendly Quiet in operation VAWT catches wind more efficiently, does not need to

be as tall. Easier to permit in residential neighborhoods.

Small profile Low height required More reliable Less expensive than HAWT (approx. 45%)

Advantages of VAWT over HAWT

11Edith Cowan University

WA Wind observation

Edith Cowan University 12

Applications

Edith Cowan University 13

ROAD LIGHTING

Edith Cowan University 14House lighting

Edith Cowan University 15LANDSCAPE LIGHTING

Edith Cowan University 16

PUMP IRRIGATION

Edith Cowan University 17

Telecommunication System

Edith Cowan University 18

FISHING BOAT

Edith Cowan University 19

YACHT

Edith Cowan University 20Various monitoring systems

Edith Cowan University 21

RURAL AREA

Edith Cowan University 22

Technical details and

data

SOLAR – WIND HYBRID POWER SYSTEM

START WIND SPEED

5.6 Km/h

Rated wind speed

36 km/h

Rated voltage 12v

Rated power 200w

Wind turbine material

Galvanized iron

No. of wings 8

Fan diameter 60cm

Safe wind speed 50 km/h

Weight 25kg

Edith Cowan University 23

Test Resul ts

Output power

Wind speed (km/h)

o/p (w)

7.2 1

14.4 1.2

25.2 50

28.8 70

32.4 120

wind Vs power.xlsx

Edith Cowan University 24

S p e c i fi c a t i o n so f s o l a r p a n e l

Click icon to add picture

SOLAR PANEL

TYPE Polycrystalline

Rated Power 10 W

Battery Charging Time(deep cycle)

20-50 hrs.

Optimum Operating Voltage

17 v

Optimum Operating Current

0.59 A

Open Circuit Voltage

21 v

Short Circuit Voltage

0.61 A

Edith Cowan University 25

“ You can sell us power” –SYNERGY

We can export surplus energy into the gridlines and can reduce electricity bills or get credit amount back.

Buy back scheme

Edith Cowan University 26

Very Low wind speed

Time management

Material selection and cost

Design decisions

CHALLENGES FACED

Edith Cowan University 27

LESSION LEARNT

Planning Problem solving abilities Auto Cad Pro –E Various machines real operations

Edith Cowan University 28

Wind turbine designMore efficient

Dynamometer

Future work

Edith Cowan University 29

As we design for the 200 W output system but due to friction loss, slip loss and other losses we come up with 120 W power output system.

Consequently, our design is successful due to major support and guidance from ECU staff, friends and relatives.

CONCLUSION

Edith Cowan University 30

DR. LAICHANG ZHANG DR. ALEX RASSAU DR. XIAOLI ZHOA DR. DOUGLAS CHAI MR. K BAJARIA MR. MITVESH PATEL

Special thanks

Edith Cowan University 31

Thank you