3.8 India’s Domestic Energy Balance in 2040
119
1441882.67
132479.47
58261.7
589760.13
3627.13
5,86,133.00
Fuel Combustion Activities
Industrial Processes and Product Use
LULUCF
Memo Item (not accounted in total emissions)
International Bunkers
CO2 from Biomass
Fig. 3.44 Carbon di oxide emission (gigagram) in 2010 (Source India Energy Outlook 2015)
trucks and vans are expected to be added to the vehicle stock. Natural gas, though
versatile and low in environmental footprint, will play a relatively minor role in the
Indian energy mix due to its high price that does not allow it to replace coal or coal
sooner (India Energy Outlook 2015).
The supply of adequate and affordable power has to overcome numerous internal
as well as external dynamics to improve the reliability, quality, and integration with
renewable energy technologies. India’s high dependency on various countries for
fuel procurement, technology cooperation, and import and flow of investment will
be crucial. By 2020, India will be the largest importer of coal in the world and will
have one-sixth of global solar photovoltaic capacity by 2040. One may not appreciate
at this moment, but in all likelihood, India will have to face international criticism
for spewing venom through carbon dioxide (Fig. 3.44) emission.
References
Annual Report (2015–16) Ministry of Skill Development and Entrepreneurship. www.skilldevelop
ment.gov.in
Central Electricity Authority. https://www.cea.nic.in/
Chandramouli C (2011) Census of India 2011. Provisional population totals. Government of India,
New Delhi, pp 409–413. https://censusindia.gov.in
District Census Handbook (DCHB) https://censusindia.gov.in/2011census/dchb/DCHB%202011Concepts%20&%20Definitions%20Village%20and%20Town%20Directory.pdf
Energy Statistics (2018) Central Statistics Office, National Statistical Organization. Ministry of
Statistics and Programme Implementation, Government of India
Energy Statistics Yearbook (2013) Statistics Division, Department of Economic and Social Affairs,
United Nations, New York
Hong BD, Slatick ER (1994) Carbon dioxide emission factors for coal. Quarterly coal report 7
https://www.ddugjy.gov.in/page/definition_electrified_village
IEA (International Energy Agency) (2013) Key world energy statistics 2013
119
1441882.67
132479.47
58261.7
589760.13
3627.13
5,86,133.00
Fuel Combustion Activities
Industrial Processes and Product Use
LULUCF
Memo Item (not accounted in total emissions)
International Bunkers
CO2 from Biomass
Fig. 3.44 Carbon di oxide emission (gigagram) in 2010 (Source India Energy Outlook 2015)
trucks and vans are expected to be added to the vehicle stock. Natural gas, though
versatile and low in environmental footprint, will play a relatively minor role in the
Indian energy mix due to its high price that does not allow it to replace coal or coal
sooner (India Energy Outlook 2015).
The supply of adequate and affordable power has to overcome numerous internal
as well as external dynamics to improve the reliability, quality, and integration with
renewable energy technologies. India’s high dependency on various countries for
fuel procurement, technology cooperation, and import and flow of investment will
be crucial. By 2020, India will be the largest importer of coal in the world and will
have one-sixth of global solar photovoltaic capacity by 2040. One may not appreciate
at this moment, but in all likelihood, India will have to face international criticism
for spewing venom through carbon dioxide (Fig. 3.44) emission.
References
Annual Report (2015–16) Ministry of Skill Development and Entrepreneurship. www.skilldevelop
ment.gov.in
Central Electricity Authority. https://www.cea.nic.in/
Chandramouli C (2011) Census of India 2011. Provisional population totals. Government of India,
New Delhi, pp 409–413. https://censusindia.gov.in
District Census Handbook (DCHB) https://censusindia.gov.in/2011census/dchb/DCHB%202011Concepts%20&%20Definitions%20Village%20and%20Town%20Directory.pdf
Energy Statistics (2018) Central Statistics Office, National Statistical Organization. Ministry of
Statistics and Programme Implementation, Government of India
Energy Statistics Yearbook (2013) Statistics Division, Department of Economic and Social Affairs,
United Nations, New York
Hong BD, Slatick ER (1994) Carbon dioxide emission factors for coal. Quarterly coal report 7
https://www.ddugjy.gov.in/page/definition_electrified_village
IEA (International Energy Agency) (2013) Key world energy statistics 2013