Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

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Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context

Transcript of Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

Page 1: Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

Technology Evaluation and Practical Aspects of Implementing Solar Energy

in Indian Context

Page 2: Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

India’s Import Bill

Total Import bill USD 489.31 Million

Crude oil and coal Import value USD 175.3 Million

FY 2011-12 FY 2012-130

100

200

300

400

500

600

369.76

489.31

117.6175.3

Value of Total Import Vaule of Crude oil and Coal in imports

All the Figure in USD Millions

Page 3: Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

What would be $ price, if no Oil &

Coal imports ?

Page 4: Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

• Total Installed Electricity Capacity worldwide is

about 20000 GW

Page 5: Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

Cost Reduction : various options

• Cost has already reduced for solar modules.

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Silicon PV Cell: Raw Material to Modules

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MW-Level Solar Power Plant

• Cost of MW-Level solar power plant – 7-8 Cr./MW

52221310.72.3

Cost Breakup

Solar PV Modules

Electronics and Electrical

Civil and Module Mounting Structure

Installation & Comissioning

Land

Page 8: Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

Next Cost Reduction Challenge………….

• Balance of system cost:

o 56% of total cost in case of roof-top

systems.

o Electronics, Batteries,

cables, mounting structure,

civil work etc.

Page 9: Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

Levelised Cost of Electricity : Solar

Plant Cost 7.20 Cr. Total Energy Generation over 25 Years

37.52 Million units

Interest 2.82 Cr.

Maintenance & Spares

6.06 Cr.

Total Expenses

16.08 Cr

Depreciation Benefit

2.37 Cr

Net Expenses 13.61 Cr

AveragegUnit Cost(solar )

Net Expenses/ Total Energy Generation

Rs. 3.60/Unit

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New Technologies

o Flexible, Transparent and high efficiency Solar

module.

o Storage Technologies

o Water Pumping

o Refrigaration

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Conventional Solar modules Vs High Efficiency Solar Modules

Page 12: Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

Triple Junction Solar Cell with Thin Films

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Plasma Texturing of Silicon Increases Optical Path Length

This option can reduce silicon thickness by 50% and achieve low cost solar cells

Page 14: Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

Copper Indium Gallium Selenide (CIGS) Thin Film Solar

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High efficiency flexible modules

Building Integrated Photovoltaic (BIPV)

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8 MW Solar Power Plant in Osmanabad, Maharashtra

Copyright 2010 RelyOn Solar

Our unique EPC model to build plants at lower costs with the best quality

Page 18: Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.

PRADHIKARAN, PUNE

Copyright 2010 RelyOn Solar

Largest off-grid Installation in Maharashtra 100 KW

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BHEL R & D Center, Hyderabad

Copyright 2010 RelyOn Solar

250 KW grid interactive system

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Business Point(Architectural Firm)

Copyright 2010 RelyOn Solar

10 KW battery backed system powering a commercial office

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Solar Water Pumps ( Irrigation)(Irrigation)

Copyright 2010 RelyOn Solar

Highly efficient DC & AC pumps upto 200 HP for irrigation

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IOCL Petrol Pumps ( 100+ installations across country)

Solar for petrol pumps is economical with a payback of less than 3 years