Clean&Energy&in&India:& R&D&opportuni6es&and&Needs& · 2019-11-27 · Clean&Energy&R&D&India_____...
Transcript of Clean&Energy&in&India:& R&D&opportuni6es&and&Needs& · 2019-11-27 · Clean&Energy&R&D&India_____...
Clean Energy in India: R&D opportuni6es and Needs
Ambuj Sagar
Vipula and Mahesh Chaturvedi Professor of Policy Studies Indian Ins6tute of Technology Delhi
Energy Technology R&D Needs of Emerging Economies IEA/EGRD & MOST, Beijing
28 November 2012
Clean Energy R&D India___________________________________________________________
Outline:
• India’s energy sector – a brief overview
• (Selected) Clean energy opportuni6es (and needs) in India • India’s R&D landscape • Clean R&D opportuni6es, and coopera6ve approaches – a personal assessment
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India’s energy sector – a brief overview
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Trends in Supply of Primary Commercial Energy (MTOE)
Source: Draft 12th 5-year Plan 43% reduction in energy intensity between 1981 and 2011
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Changing Structure of Fuel for Electricity
Source: Draft 12th 5-year Plan
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Household access (to clean forms of energy) (%)
Source: Draft 12th 5-year Plan
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(Selected) Clean energy opportunities (and needs) in India
1609 181 346
476 41 63
449 43 89 394 58 100
60 122
Source: Low-C Committee interim report
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Source: Low-C Committee interim report
Low-C energy futures (contd):
Power generation technology options:
• More efficient coal genera6on ü Retrofi\ng exis6ng sub-‐cri6cal coal power plants
Economizers Air pre-‐heaters Cogenera6on
ü Greenfield Supercri6cal/ultra-‐supercri6cal coal power Integrated gasifica6on combined cycle
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Source: Low-C Committee interim report
Power generation (contd.):
• Renewables ü Grid-‐integra6on and control ü Solar Solar PV and solar thermal genera6on systems ü Wind
Advanced wind turbines/components Simula6on tools for op6mized wind-‐farm planning Wind power density assessment
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Source: Low-C Committee interim report
Buildings:
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Source: Low-C Committee interim report
Buildings:
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Source: Low-C Committee interim report
Buildings technology options:
• More efficient appliances ü Household
Fans (motors, blade design) Ligh6ng (LED-‐based ligh6ng systems) Refrigerators (compressors, insula6on, design) Air-‐condi6oners (compressors, design)
ü Commercial Innova6ve air-‐condi6oning (hydrate slurry ac) Ligh6ng systems
• Building Integrated Management Systems
• High-‐reflec6vity paints and windows
• Incorpora6on of renewables (e.g., solar water heaters)
Source: Low-C Committee interim report
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Source: Low-C Committee interim report
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Industry technology options (steel):
• Raw material processing ü Pulverized coal injec6on ü Coal-‐beneficia6on technologies ü Next-‐genera6on coke-‐making technologies ü Sintering machine cooler waste heat recovery
• Improved core technologies ü Smelt-‐reduc6on technologies (CORX. FINEX) ü Con6nuous cas6ng; integrated cas6ng & rolling; cold-‐rolling.. ü DC arc technology (EAFs)
• Energy recovery and conserva6on ü Top-‐pressure turbine ü Coke dry quenching ü Waste-‐heat recovery ü Automated monitoring and process op6miza6on
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Industry technology options (cement):
• Waste heat recovery ü Co-‐genera6on ü Low-‐pressure waster heat reovery
• Cement formula6on ü Low-‐carbon cement ü Pre-‐blending processing technologies (increased blending percentage)
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Source: Low-C Committee interim report
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Some ‘clean energy’ initiatives :
• Na6onal mission on enhanced energy efficiency Energy security, resource-‐use efficiency, climate change ü Industrial energy efficiency (Perform, Achieve, and Trade) ü Market Transforma6on for Energy Efficiency (MTEE) ü Financing Energy Efficiency
• Jawaharlal Nehru Na6onal Solar Mission Energy security, climate change, industrial development ü Large-‐scale power genera6on (3-‐20 GW), off-‐grid (2GW), solar heaters (20m sq. m.), rural ligh6ng (20m households) ü R&D promo6on
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Some ‘clean energy’ initiatives (contd):
� Na6onal Biomass Cookstove Ini6a6ve Energy access, health objec:ves ü Development and dissemina6on of clean cookstoves (160m households) – explora6on of new technologies and deployment models ü Tes6ng facili6es; standard development; monitoring and assessment
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India’s R&D Landscape
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Source: R&D Statistics 2007-2008
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Expenditure on R&D by major scien6fic agencies
Expenditures by Ministries: Rs. 250353 lakhs (2005-06)
- Coal: Rs. 4757 lakhs - Heavy Industry: Rs. 26518 lakhs - P&NG: Rs. 34152 lakhs
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Source: R&D Statistics 2007-2008
Clean energy R&D: • Range of clean energy R&D ac6vi6es in public and private sectors, e.g.,
ü Cleaner and more efficient coal conversion ü Energy-‐efficient appliances ü Wind energy ü Solar energy (PV) ü Electric vehicles
• Some interna6onal coopera6on on clean energy technologies, e.g., under the Clean Energy Ministerial, US-‐India Clean Energy R&D Center
• Ac6vi6es generally follow ini6a6ves from different ministries and agencies – increasing coordina6on
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Clean R&D opportunities and cooperative approaches – a personal assessment
Key point:
High rate of growth of Indian economy => much of base yet to be installed
ü pay par6cular aoen6on to greenfield deployment
Exis6ng base/stock also has large scope for improvement ü Many improvements in recent years (but in selected areas)
Clean energy access remains important issue ü Adequacy ü Affordability
Significant opportuni:es for clean energy technologies…
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… but need strengthened analytical and technical capabilities (esp. systems perspective)
• Systema6c iden6fica6on of technology and R&D needs ü By sector ü By actor (e.g., size of opera6ons)
Need special a@en:on to energy-‐efficient genera:on and end-‐use technologies and renewables;
• Priori6za6on – opportuni6es exceed resources and capacity
Need to incorporate broader developmental considera:ons into calculus (energy access, employment, food security, etc.)
• Beoer understanding of gaps to be overcome for successful deployment/scale-‐up
• Systems of collec6on and dissemina6on of informa6on re techs
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Cooperative R&D - some key issues:
• No single model of coopera6ve R&D – appropriateness of model would depend on technology
• Role of public RD&D (driver or facilitator), esp. in rela6on to uncertainty in early-‐stage private investments in cleantech? Na6onal or ‘interna6onal’ programs? PPP?
• Rela6onship to CTC&N and CICs?
• Funding sources (bilateral donors, mul6laterals, GCF)?
• Strengthening analy6cal capacity, esp. re technological opportuni6es and op6ons analysis?
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