3 kW Wind-Solar Hybrid System Instllation Report.ppt

wind solar project installation

1. Wind-Solar Hybrid System Installation
Installation and Commissioning of (1 kW Wind + 2 kW Solar )
Wind-Solar Hybrid On-Grid System

2. Sr.No Content
1 Site Visit
2 Civil Foundation
3 Material Delivery
4 Ground Mounted Wind Turbine Tower Assembly
5 Small Wind Turbine Assembly
6 Erection of Tower
7 Electrical Connection from Small Wind Turbine to Inverter
Room
8 Final Commissioning Work and Testing
9 Results
10 Conclusion

3. After successful Site visit Selected location for Installation of Ground Mounted Structure for
Solar Power Plant….as Below
1. SITE VISIT
Location given By Project Office and Area given for Installation is 5 Mtr. * 10
Mtr. ( 50 Sq.Mtr.) Free Ostacle Area for 15 Mtr. Height Tower .

4. 1. SITE VISIT
Actual Site Photo (Space Given by Godrej for Small Wind Turbine Installation)
Location Behind Project office
From Back side wall 10 Mtr. * 5
Mtr. Area given for small wind
turbine installation with 15 Mtr.
Height Lattice tower .

5. Civil Foundation Studs, Template & Anchoring Plate.
2. Civil Foundation
After Selected area for Solar Power Plant Installation …Civil foundation is done as per given Specifications
and Drawings.
Civil Foundation at Site
Total No of Foundation – 1 nos. ( Main Base Foundation )
Size Foundation Block – 1000 mm * 1000 mm* 1000 mm
Foundation Template – 750 mm * 750 mm.
Vertical Member with 1025 mm* 50 mm * 20 mm thickness
Anchoring Template – 850 mm * 80 mm * 20 mm Thickness
Support Rod – 16 mm * 400 mm

6. 3. MATERIAL Delivery at Site
Small Wind Turbine and Tower with Other Material Delivery at Site received in Good
Condition..
1 set of Small Wind Turbine with Charge Controller and 15 Mtr. Lattice Tower and
Tubular Batteries 4 nos. with all other accessories Delivered at site in Good Condition…

7. 4. Lattice Tower Assembly at Site
After Successful Completion of Civil Foundation Block and Lattice Tower Assembly at Site..as below ..
Lattice Tower Assembly at site
1.Lattice Tower with 15 Mtr. height
2.3 sections of Lattice Tower
a. Base Section with 6 Mtr. height
b. Middle section with 6 mtr.
Height
c. Top section with 3 mtr. Height
3. Tube Diameter of Tower is 48 mm with
3.5 mm Thickness. And Supporting rod is
16 mm Bars.

8. 5. Wind Turbine Assembly on Structure
After Successful installation of Tower Assembly On Site … Wind Turbine assy. on Tower
Wind Turbine Assembly
1. 1 Generator – PMG
2. 3 set of Blade with 1550
mm Length
3. Tail Rod
4. Tail Vane
5. Nose Cone

9. 6. Tower Erection of Small Wind Turbine.
Erection of Lattice Tower with help of Crane
After assembly of 3 section of Lattice tower with Small Wind
Turbine on Tower …
Erection is done by Crane… safely and successfully at site..
After successful Assembly of Wind Turbine on Tower …Erection of Lattice tower with the help
of Crane…

10. 7. Electrical Connection from wind turbine to Inverter
After successful installation of Lattice Tower and Wind Turbine
After Successful Assembly and erection
of Lattice tower The electrical
connection with Wind Charge Controller
with Batteries and Inverter and also
Existing Solar Connection with same
Inverter has been done…
Connection sequence for hybrid system
Wind Turbine – Charge controller –
Battery – Inverter – Electrical load

11. 7. Final Commissioning Work and Testing
After Successful installation of complete system the First Trial checked and Below are the
Results shown on inverter Screen
After Successful installation of System the above reading shown on Controller Screen
Generation has Started from Wind Turbine .and it will be counted inside the inverter only and can be seen
every day Generation as well as Total Cumulative generation.

12. 7. Conclusion
Successful installation of 1 kW Wind + 2 kW Solar Hybrid System at Godrej Prana, Undri, Pune
After Successful installation of 3 kW Wind-Solar Hybrid Off Grid System and testing.
Found that The System Can Generation ~12 units to 15 units per day….and will reduce the
existing consumption from MSEB with generation Units from System.

13. 7. Benefits from Solar Power Plant
Power Generation Calculation from 3 kW Wind-Solar Off-Grid System and Benefits
Below is the Avg. Normal Radiance at Pune Location.
Generation from PV System May vary according to Weather Conditions and above generation is based on historical data..

14. 7. Benefits from Wind-Solar Power Plant
Monthly Power Generation Chart from Solar Power System …
Generation from PV System May vary according to Weather Conditions and above generation is based on historical
data..

15. 7. Benefits from Solar Power Plant
Total Saving per Month ~Rs.140 * 30 = Rs. 4,200
Total Saving per Year ~ Rs. 4200 * 12 = Rs.50,400
Reduction of CO2 emission per 1 kWh of solar power = 1 kg of CO2
Please note that the above calculation considers only the reduction in CO2 emissions for
the electricity generated from a solar power plant vs. a coal plant and does not take into
account CO2 from other parts of the value chain.
CO2 emissions reduced from 3 kW Wind- Solar Power Plant is: ~4.3
Tons per year.