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Top: 25 MW, Solar Park, Charanka , Gujarat Bottom: Narmada Canal 1 MW, Gujarat, India

SOLAR DISTRIBUTED PV (ROOFTOP) POTENTIAL FOR TAMILNADU Pashupathy Gopalan , Managing Director, SunEdison, South Asia and Sub-Saharan Africa. Top: 72 MW Plant in Italy Bottom: 350 kWs Kohls Rooftop Installation. Top: 25 MW, Solar Park, Charanka , Gujarat

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Top: 25 MW, Solar Park, Charanka , Gujarat Bottom: Narmada Canal 1 MW, Gujarat, India

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  1. SOLAR DISTRIBUTED PV (ROOFTOP) • POTENTIAL FOR TAMILNADU • Pashupathy Gopalan,Managing Director, SunEdison,South Asia and Sub-Saharan Africa Top: 72 MW Plant in Italy Bottom: 350 kWsKohls Rooftop Installation Top: 25 MW, Solar Park, Charanka, Gujarat Bottom: Narmada Canal 1 MW, Gujarat, India

  2. Tamil Nadu’s Energy Challenge Current deficit around 3000MW1 In next 12 years, TN’s electricity requirement to grow 2.5 times1 Quality & dependable access to electricity restricted in several parts TN needs to contribute to objectives of National Action Plan on Climate Change Dependent on coal for 60% of its demand, bought 492061 Million Units of Power during 2010-11 1 Source: TNEB Long-Term Solar PV Program will enable Tamil Nadu to address its Energy Challenge

  3. Tamil Nadu has a huge potential for Solar Energy 1 CII report: Solar roadmap for Tamil Nadu • Tamil Nadu receives the THIRD largest amount of solar radiation among Indian states (5.2 – 6.0) kWh/sq.m/day (next after Rajasthan & Gujarat) & has 300 clear sunny days in a year • Estimated potential for ground-mount utility-scale solar PV between 4000 MW to 21000 MW based on %age utilization of waste lands1

  4. Tamil Nadu can be a Rooftop PV Leader in the region Leader in Wind Energy Solar PV in India Rajasthan Vision 0.6 GW by 2017 JNNSM Vision 20 GW by 2022 Gujarat Vision 0.6GW in 2011 (42%) (58%) Opportunity to establish leadership! KarnatakaVision0.2 GW by 2015/16 1Source: http://www.inwea.org/

  5. Utility scale solar vs Distributed solar

  6. Distributed Solar Energy is a Key Feature of Developed Solar Markets Source: Federal Network Agency, BSW-Solar (2011)

  7. Distributed Solar PV: Complements Wind Energy, helps in Diesel Abatement

  8. Rooftop Solar Can Reduce The Day-time Peak Demand For Electricity in Tamil Nadu by Generating at Demand Centers • Solar generation peak coincides with daytime peak demand making it suitable for installations on commercial/industrial buildings • The energy generated gets consumed onsite without T&D losses • T&D losses of 10-12% for SPV set up in central location and energy wheeled to Chennai eliminated • Green Power meant for cities is generated in the specific cities Solar can bridge the gap between peak power demand & supply Estimated Power Demand (MW) Global Horizontal Radiation Time of Day (hours) • Negligible T&D Losses • Exhaustive Expansion of Electricity Infrastructure Postponed • Reduction in Peak Power Deficit for the State of Tamil Nadu

  9. Distributed Solar Energy Leads to Maximum Job Creation across Power Sector Average employment generation over the lifespan of facility (jobs per gigawatt hour of power produced) Source: Wei, Patadia, and Kammen (2009) (US Specific Data)

  10. SunEdison – Milestones Achieved • Developed, financed, commissioned and operate more than 600 MW of solar PV plants • Over 3 GW of pipeline of Solar PV projects • - Over 550 operational sites in over 10 countries • - Delivered 771,290 MWh of electricity - Avoided the emission of over 818,300,000 lbs of CO2 - Raised more than $3 billion in project financing - Pioneer to commercialize the Power Purchase Agreement, eliminating capital outlay from customers

  11. Thank You

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