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World Energy Outlook 2007

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CHAPTER 17<br />

REFERENCE SCENARIO SUPPLY PROJECTIONS<br />

HIGHLIGHTS<br />

India's proven reserves of oil are limited. About 80% of current production<br />

is estimated to be from fields which have passed their peak. India overtakes<br />

Japan to become the world's third-largest net oil importer, after the United<br />

States and China in the first half of the 2020s. India's role as a major oil<br />

refiner grows, assuming the necessary investments are forthcoming.<br />

Distillation capacity reaches 8.1 mb/d in 2030 in the Reference Scenario.<br />

Recent discoveries are expected to boost gas production. Nevertheless, it is<br />

projected to peak between 2020 and 2030, falling to 50 bcm by the end of<br />

the projection period. Further pricing reform will determine whether the<br />

requisite supply infrastructure is built in a timely manner.<br />

Coal production increases from 262 Mtce in 2005 to 637 Mtce in 2030,<br />

but demand rises even faster, to 886 Mtce. Because of the low quality<br />

of domestic coking coal, about 105 Mtce is imported in 2030. Steam<br />

coal imports reach 139 Mtce, as power generation demand is largely<br />

concentrated in coastal regions where domestic resources are scarce. Total<br />

coal imports in India in 2030 are more than 10% above the coal imports<br />

into the entire European Union.<br />

<br />

<br />

<br />

Total electricity generation increases from 699 TWh in 2005 to 2 774TWh<br />

in 2030, an average increase of 5.7% per year. Per-capita electricity generation<br />

rises to more than 1 900 kWh, compared with 8 870 kWh in OECD<br />

countries today. Coal-fired power generation remains the backbone of India's<br />

electricity sector, because it is the cheapest way to produce electricity. Its share<br />

is projected to increase from 69% to 71%.<br />

Over the projection period, the average efficiency of coal-fired power<br />

generation is projected to improve considerably, as new plants will be larger<br />

and more efficient and as supercritical units are built. On average, efficiency<br />

is expected to increase from 27% now to 38% in 2030 - slightly above the<br />

current level of efficiency in the OECD.<br />

India needs to invest about $1.25 trillion in energy infrastructure in the<br />

period 2006-2030 to meet demand in the Reference Scenario. Threequarters<br />

of this investment, almost $1 trillion, is in power infrastructure.<br />

Attracting investment in a timely manner will be crucial for sustaining<br />

economic growth. Power-sector reforms are on the right path but reform<br />

implementation needs to be strengthened. For the sizeable investments that<br />

India will need over the next two-and-a-half decades, improving the<br />

investment conditions in the sector and moving towards a transparent,<br />

predictable and consistent power-sector framework based on market<br />

principles will remain of paramount importance.<br />

Chapter 17 - Reference Scenario Supply Projections 489

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