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Keys to successful !
solar project!
development
IN THE US AND ELSEWHERE

Alejo Lopez
Director, Latin America Project Development


Young Professionals in Energy
November 13, 2012
About HSEA. About me. 

A snapshot of current and future energy demand. Why are we here?

What is project development? 

What matters most when developing a solar project?

What drives solar project development in the US?

What drives solar project development elsewhere?

Final Thoughts
Thanks & Contact
About Hanwha SolarEnergy America
    
    Fully integrated solar solutions for utility and commercial/industrial customers
    Integral part of Hanwha Group 
          
à $89 billion in assets
          
à 10th largest Korean company; Fortune 350 
    3rd largest solar manufacturer in the world à Q-Cells
    14 years of project development and EPC expertise 
    Direct access to > $200 million equity fund
                                                                               Matt MacCullogh,
    
                                                                          President and CEO	
  
    www.hseamerica.com
    www.hanwha.com
About Alejo Lopez

    HSEA: Director of Latin America Project Development - 3 months
    Siliken: Manager of Project Development & Structured Finance – 3 years
    Independent Consultant: Renewable energy, startups, energy strategy - 3 years 
    ECG: private sector development, cluster development - 3 years 
    Repsol: oil and gas E&P development – 5 years 
    
    Proud dad of two boys 
    Native of Argentina
    MS Engineering, MBA
    
    http://www.linkedin.com/in/alejoflopez
THE UGLY: 
CO2 emissions at a record high, 34 bn tons in 2011, 2.5% growth from ‘10. China grew
6.5% in that period (IWR)
1.3 billion people without access to electricity 

THE BAD:
Power demand will grow by 84% from 2009 to 2035, 80% in Asia (EIA)
China alone plans to add 600 GW of coal-fired capacity by 2035 (EIA)
Oil: to peak or not to peak à it doesn’t matter, unconventional oil will drive prices up

THE GOOD: 
69 GW of solar PV installed to date in 2011, 5.7 GW in US
Solar was the largest new source of generation in Europe in 2011
Renewables expected to represent 50% of that change à Clean generation capacity will grow
to catch up with new demand
                                                      Net Electricity Generation by Energy Source, 2008 

                                                                         Source: EIA, 2012
Solar is the most abundant
 source of energy on the
 planet 
                                                   900
             300



                       23,000                      240
             215

                      Twy/year
                                                 25-70
             3-11


                                                    2-6
                  3-4



                                               Source: Perez & Perez, 2009



But it’s not perfect. To become a significant source of power, solar must overcome:
    
#1 - Continue to achieve grid parity à costs 
    
#2 - Intermittency and dispatchability issues à storage
Technology, engineering and manufacturing capacity are addressing grid-parity
head-on




                                             Source: McKinsey & Co.
Solar could add between 380 GW to 600 GW by 2020, and growth will occur largely
outside of the US and Europe. 




                                             Source: McKinsey & Co.
Europe has the largest installed capacity, 52 GW, but growth will come from China,
India and Latin America




                                                        Source: EPIA
What is project development? 
    The process of taking an idea from concept to construction. "
    Or, creating a solar project where none existed (thanks Cory). 



What matters most when you develop projects? Lessons from the field

    1.  Project development – solar or not, is about people. Many people. Way too many
        people. à Engagement is key. 
    2.  It has to be a win-win 
    3.  Create VALUE to your customer
    4.  It’s about location, location, location
    5.  Developing projects entails significant capital, time and risk tolerance. And lots of
        patience and sense of humor as well.
Pre-Construction / Development            Construction               Operations

 Site Selection
 Process                                   Module Supply
                                                                O&M Contract
                                           Agreement
           Site Control

                                            EPC Contract        Warranties
                       Site-Resource
                       Evaluation


                        Interconnection
                        Process


                          Permitting
                          Process


                          PPA/REC
                          Negotiation

          6-36 months, depending on                                    15-30 years
                                             3-12 months
          project and location


Development Capital                       Construction Debt   Tax Equity

                                          Construction        Sponsor Equity
                                          Equity
                                          Commercial          Term Debt
                                          Operation Date
Market Analysis          Solar Resource           Permitting and
Site Selection                                                      Interconnection
                                           Evaluation (Regional)
Process                                                             Feasibility



                                                                                          Site Lease
                  Lease Option            Title Review             Gen-Tie Lease
Site Control                                                                              Agreement

                                       3-24 months, depending on size and complexity



Site-Resource     Measurements            Analysis
Evaluation


                  Interconnection                                                         Interconnection
Interconnection                           Study Process            Upgrades/Deposits
                  Request                                                                 Agreement
Process
                                      12 – 36 months, depending on utility

                                                                                          Conditional Use
Permitting        Technical Surveys       Permitting Process       Mitigation Plan
                                                                                          Permit
Process
                                      9 – 36 months, depending on agency and project

                  Competitive
PPA/REC                                   Terms Negotiation        Deposits               Executed PPA
                  Procurement/Bilateral
Negotiation
                                    6 – 24 months, depending on utility procurement and
                                    project

                  Depending on utility, interconnection, permitting
                  and PPA can be processed in parallel
Pre-Construction / Development              Construction               Operations

    Value Created depends on project
    size, location, resource quality, PPA     Capital
    price and overall project cost            Invested

                      Risk




Development Capital                         Construction Debt   Tax Equity

                                            Construction        Sponsor Equity
                                            Equity
                                            Commercial          Term Debt
                                            Operation Date
What drives solar development in the US? 
     
     •  To date, renewable energy development has been mostly policy driven
          •  Federal : no carbon legislation; tax incentives 
          •  State: RPS, net metering, tax incentives, utility programs 
     •  Pure economics, to some extent
     •  Corporate sustainability programs (Google, Walmart, etc.) 



 Key Challenges
 
      •  Boom-Bust cycles à mostly policy driven (FIT/SREC)
      •  Over 3,000 utilities! à incentive programs, appetite for solar
      •  Attitudes about Environmental impact/opposition (NIMBY)
           •  Opposing/competing goals à 
           •  Imperfect information à real cost of fossil energy 
           •  Know when enough is enough 
      •  Very very long interconnection cues (California) 
      •  Project financing with tax equity
Not Simple.
What drives solar development in other places? 
    
    •  Every project needs land, permits, interconnection, PPAs and money, so
       not a big difference here



There are different Goals, Culture and Attitudes
    •         Politics vs. Policy
    •         In general, lack of incentives à so, economics must work
    •         Although some good policies supporting renewables exist 
    •         Economic development à jobs 
    •         CO2 emission compliance 
    •         Assess country risk early on

 Challenges
         •     Culture of Doing business
         •     Language
         •     Access to key decision-makers 
         •     Political and financial instability
         •     Land
Many developing countries offer a balanced risk-return profile with
the additional advantage of obsolete and expensive fossil generation
that needs replacement




                                 Source: European Photovoltaic Industry Association, 2010
Final Thoughts
   
   •  Solar will be a key ingredient of the long-term energy mix
   •  Development is about people therefore win-win situations will drive long
      term success
   •  It’s all about the customer and location!
   •  Development is similar around the world, but people’s attitudes and culture
      and regulations are different 
   •  Policy has driven solar growth in the US and Europe
   •  But sheer economics will put solar in the energy map
Thank you for your time.




Contact me

alejo@hseamerica.com 
                  
(949) 748-5996 x 240

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Developing Solar Projects

  • 1. Keys to successful ! solar project! development IN THE US AND ELSEWHERE Alejo Lopez Director, Latin America Project Development Young Professionals in Energy November 13, 2012
  • 2. About HSEA. About me. A snapshot of current and future energy demand. Why are we here? What is project development? What matters most when developing a solar project? What drives solar project development in the US? What drives solar project development elsewhere? Final Thoughts Thanks & Contact
  • 3. About Hanwha SolarEnergy America Fully integrated solar solutions for utility and commercial/industrial customers Integral part of Hanwha Group à $89 billion in assets à 10th largest Korean company; Fortune 350 3rd largest solar manufacturer in the world à Q-Cells 14 years of project development and EPC expertise Direct access to > $200 million equity fund Matt MacCullogh, President and CEO   www.hseamerica.com www.hanwha.com
  • 4. About Alejo Lopez HSEA: Director of Latin America Project Development - 3 months Siliken: Manager of Project Development & Structured Finance – 3 years Independent Consultant: Renewable energy, startups, energy strategy - 3 years ECG: private sector development, cluster development - 3 years Repsol: oil and gas E&P development – 5 years Proud dad of two boys Native of Argentina MS Engineering, MBA http://www.linkedin.com/in/alejoflopez
  • 5. THE UGLY: CO2 emissions at a record high, 34 bn tons in 2011, 2.5% growth from ‘10. China grew 6.5% in that period (IWR) 1.3 billion people without access to electricity THE BAD: Power demand will grow by 84% from 2009 to 2035, 80% in Asia (EIA) China alone plans to add 600 GW of coal-fired capacity by 2035 (EIA) Oil: to peak or not to peak à it doesn’t matter, unconventional oil will drive prices up THE GOOD: 69 GW of solar PV installed to date in 2011, 5.7 GW in US Solar was the largest new source of generation in Europe in 2011 Renewables expected to represent 50% of that change à Clean generation capacity will grow to catch up with new demand Net Electricity Generation by Energy Source, 2008 Source: EIA, 2012
  • 6. Solar is the most abundant source of energy on the planet 900 300 23,000 240 215 Twy/year 25-70 3-11 2-6 3-4 Source: Perez & Perez, 2009 But it’s not perfect. To become a significant source of power, solar must overcome: #1 - Continue to achieve grid parity à costs #2 - Intermittency and dispatchability issues à storage
  • 7. Technology, engineering and manufacturing capacity are addressing grid-parity head-on Source: McKinsey & Co.
  • 8. Solar could add between 380 GW to 600 GW by 2020, and growth will occur largely outside of the US and Europe. Source: McKinsey & Co.
  • 9. Europe has the largest installed capacity, 52 GW, but growth will come from China, India and Latin America Source: EPIA
  • 10. What is project development? The process of taking an idea from concept to construction. " Or, creating a solar project where none existed (thanks Cory). What matters most when you develop projects? Lessons from the field 1.  Project development – solar or not, is about people. Many people. Way too many people. à Engagement is key. 2.  It has to be a win-win 3.  Create VALUE to your customer 4.  It’s about location, location, location 5.  Developing projects entails significant capital, time and risk tolerance. And lots of patience and sense of humor as well.
  • 11. Pre-Construction / Development Construction Operations Site Selection Process Module Supply O&M Contract Agreement Site Control EPC Contract Warranties Site-Resource Evaluation Interconnection Process Permitting Process PPA/REC Negotiation 6-36 months, depending on 15-30 years 3-12 months project and location Development Capital Construction Debt Tax Equity Construction Sponsor Equity Equity Commercial Term Debt Operation Date
  • 12. Market Analysis Solar Resource Permitting and Site Selection Interconnection Evaluation (Regional) Process Feasibility Site Lease Lease Option Title Review Gen-Tie Lease Site Control Agreement 3-24 months, depending on size and complexity Site-Resource Measurements Analysis Evaluation Interconnection Interconnection Interconnection Study Process Upgrades/Deposits Request Agreement Process 12 – 36 months, depending on utility Conditional Use Permitting Technical Surveys Permitting Process Mitigation Plan Permit Process 9 – 36 months, depending on agency and project Competitive PPA/REC Terms Negotiation Deposits Executed PPA Procurement/Bilateral Negotiation 6 – 24 months, depending on utility procurement and project Depending on utility, interconnection, permitting and PPA can be processed in parallel
  • 13. Pre-Construction / Development Construction Operations Value Created depends on project size, location, resource quality, PPA Capital price and overall project cost Invested Risk Development Capital Construction Debt Tax Equity Construction Sponsor Equity Equity Commercial Term Debt Operation Date
  • 14. What drives solar development in the US? •  To date, renewable energy development has been mostly policy driven •  Federal : no carbon legislation; tax incentives •  State: RPS, net metering, tax incentives, utility programs •  Pure economics, to some extent •  Corporate sustainability programs (Google, Walmart, etc.) Key Challenges •  Boom-Bust cycles à mostly policy driven (FIT/SREC) •  Over 3,000 utilities! à incentive programs, appetite for solar •  Attitudes about Environmental impact/opposition (NIMBY) •  Opposing/competing goals à •  Imperfect information à real cost of fossil energy •  Know when enough is enough •  Very very long interconnection cues (California) •  Project financing with tax equity
  • 16. What drives solar development in other places? •  Every project needs land, permits, interconnection, PPAs and money, so not a big difference here There are different Goals, Culture and Attitudes •  Politics vs. Policy •  In general, lack of incentives à so, economics must work •  Although some good policies supporting renewables exist •  Economic development à jobs •  CO2 emission compliance •  Assess country risk early on Challenges •  Culture of Doing business •  Language •  Access to key decision-makers •  Political and financial instability •  Land
  • 17. Many developing countries offer a balanced risk-return profile with the additional advantage of obsolete and expensive fossil generation that needs replacement Source: European Photovoltaic Industry Association, 2010
  • 18. Final Thoughts •  Solar will be a key ingredient of the long-term energy mix •  Development is about people therefore win-win situations will drive long term success •  It’s all about the customer and location! •  Development is similar around the world, but people’s attitudes and culture and regulations are different •  Policy has driven solar growth in the US and Europe •  But sheer economics will put solar in the energy map
  • 19. Thank you for your time. Contact me alejo@hseamerica.com (949) 748-5996 x 240