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Sustainable Energy Security for India—An Indicator-Based Approach

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Abstract

The imperative for energy security is paramount for global, national and internal stability, and development. Using an indicator-based approach, the present study develops a framework for sustainable energy security of India. First, it presents the energy supply and demand situation in the country under different scenarios. Then it conceptualizes the notion of energy security and quantifies it for India with the help of different indicators for energy security available in the literature. Both the supply and demand side views and both micro and macro dimensions are considered in assessing how secured India as a country is with respect to our energy future. The dimensions that include energy security are: economic, environmental, social, and institutional. This will help planners and policy makers to understand India’s energy scene better and design policies to develop sustainable technologies and practices to ensure energy resources last long.

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Notes

  1. 1.

    We define sustainable energy security as “provisioning of uninterrupted energy services (short- and long terms) in an affordable, equitable, efficient, and environmentally benign manner.”

  2. 2.

    The RS assumes that demographic growth, economic development, and energy prices would continue to influence the present patterns of demand and supply. The APS, on the contrary, controls the business as usual growth in the energy demand for reasons of energy security or environmental sustainability, which includes climate-change concerns. APS encompasses the policies and practices, which consist of efficiency and emission standardization, use of alternative fuels, clean technologies, and demand side managements.

  3. 3.

    In case of energy security, it is important to include energy sustainability. This is because the concepts of sustainability takes into consideration the sustainable use of natural resources, the sustainable distribution of natural resources (equity considerations) and maximising the quality of life.

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Correspondence to B. Sudhakara Reddy .

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Appendix 1 A: Estimation of Sustainable Energy Security Index

Appendix 1 A: Estimation of Sustainable Energy Security Index

Dimension

Category

Sub-category

Indicators

Unit

Actual value

Threshold values

Normalisation

Indicator values

High

Low

Sub-category

Category

Dimension

ESSI

Economic

Supply security

Primary energy consumption per capita

Coal

kgoe

500

2100

15

0.77

0.923

0.544

0.628

0.604

   

Oil

bbl/day per 1000 people

3

103

2

0.99

    
   

Gas

M3

54

4315

30

0.99

    
  

Reserves-to-production ratio

Coal

Years

111

481

19

0.20

0.124

   
   

Oil

Years

21

258

8

0.05

    
   

Gas

Years

23.3

220

10

0.06

    
  

Import dependence

Share of energy imports

%

33

90

7

0.69

0.562

   
   

Share of oil imports

%

70

85

0

0.18

    
   

Oil vulnerability index

No

0.93

1.11

0.3

0.22

    
   

Fuel imports as a % of GDP

%

5.9

30

1.4

0.84

    
  

Supply infrastructure

Villages connected to electric grid

%

92

100

0

0.92

0.630

   
   

Villages with LPG connection

%

11

100

0

0.11

    
   

Villages with road connectivity

%

62

100

10

0.58

    
 

Diversification

Fuel share in primary energy

Biomass

%

24

47

4

0.47

0.660

0.556

  
   

Coal

%

38

77

0.06

0.51

    
   

Petroleum products

%

26

85

18.8

0.89

    
   

Natural gas

%

7

60.1

1.5

0.91

    
   

Renewable energy in total primary energy supply

%

30

98

1.6

0.29

    
  

Fuel share in final energy

Biomass

%

31

98

0

0.32

0.427

   
   

Oil

%

20

51

0

0.61

    
   

Electricity

%

13

22

0.5

0.58

    
   

Share of fossil fuels in electricity generation

%

76

100

0.1

0.24

    
   

Share of fossil fuels in installed capacity

%

78

100

0.1

0.22

    
   

Share of locally produced fuel as a % of total supply

%

70

75

10

0.92

    
   

Share of renewables as a % of total power supply

%

12.5

99.8

0

0.13

    
 

Energy intensity

National energy intensity

Energy intensity of society

GJ/cap

24

325

8

0.95

0.870

0.761

  
   

Energy intensity of economy

toe/$ million (ppp)

190

519

98

0.78

    
  

Sectoral energy intensity

Industry

koe/$ 2005 (ppp)

0.04

0.1

0.01

0.67

0.634

   
   

Commercial sector

koe/$ 2005 (ppp)

0.06

0.11

0.02

0.56

    
   

Agricultural sector

koe/$ 2005 p

0.09

0.11

0.008

0.20

    
   

Passenger transport

MJ/PKM

1.4

4.5

1.3

0.97

    
   

Goods transport

MJ/tonne-km

3

5

1.2

0.53

    
 

Energy efficiency

Energy production efficiency

Coal-based power

%

27

45

23

0.18

0.430

0.452

  
   

Gas-based power

%

39

51

27

0.50

    
   

Hydro-power

%

80

90

70

0.50

    
   

Renewables

%

15

20

10

0.50

    
   

Oil refineries

%

75

91.4

65

0.38

    
  

Energy transport efficiency

Power grid (T&D)

%

78

92

70

0.36

0.482

   
   

Oil distribution

%

80

90

60

0.67

    
   

Coal transport

%

70

85

62

0.35

    
  

Energy end-use efficiency (HH sector)

Biomass stove

%

15

30

10

0.25

0.443

   
   

Kerosene stove

 

30

40

25

0.33

    
   

LPG stove

%

70

80

55

0.60

    
   

Electrical appliance

%

75

85

65

0.50

    
 

Energy consumption

Final energy consumption (per capita)

Biomass energy

kg/cap

170

1100

25

0.13

0.853

0.853

  
   

Oil

l/cap

173

5610

50

0.98

    
   

Natural gas

cu.m/cap

54

3163

30

0.99

    
   

Electricity

kWh/cap

498

15600

103

0.97

    
 

Taxes and subsidies

Energy taxes (as a share of energy price)

Petrol

%

48

76

42

0.18

0.161

0.499

  
   

Diesel

%

34

75

30

0.09

    
   

Electricity

%

15

56

5

0.20

    
  

Energy subsidies (as % of GDP)

Diesel

%

1

2.8

0.8

0.90

0.687

   
   

Kerosene

%

0.6

0.9

0.15

0.40

    
   

Electricity

%

1

2

0.5

0.67

    

Social

Affordability

Energy prices

Biomass fuels

US$/GJ

2.4

4

0.05

0.59

0.415

0.449

0.546

 
   

Electricity

USc/kWh

12

50

1

0.22

    
   

Gas

US$/l

0.5

1.9

0.05

0.24

    
   

Petrol

US$/l

1.1

2.52

0.09

0.42

    
   

Diesel

US$/l

0.82

2.03

0.07

0.38

    
   

Kerosene

US$/l

0.25

0.4

0.1

0.50

    
  

Share of energy expenditure in total expenditure

High income HH

%

5

14.1

2.8

0.81

0.519

   
   

Middle income HH

%

7

11

1.5

0.42

    
   

Low income HH

%

8

12

2.7

0.43

    
   

BPL households

%

12

15

3.5

0.26

    
  

Energy connectivity

HH with electricity connection

%

56

100

11

0.51

0.403

   
   

HH with LPG connection

%

25.4

92.3

1.6

0.26

    
 

Equity

Energy access

HH using kerosene for lighting

%

42

89

0

0.47

0.586

0.421

  
   

HH using solid fuels for cooking

%

56

96.2

0

0.58

    
   

Traditional energy in total HH energy use

%

65

95

0

0.68

    
  

Energy adequacy

Household electrical power per capita

W/cap

90

2620

28

0.02

0.103

   
   

Household solid fuels use per capita

GJ/cap

2.2

12

0.1

0.18

    
   

Household petroleum fuels use per capita

l/cap

175

5760

58

0.02

    
 

Reliability

Energy rationing

Average load shedding in rural areas

h/day

12

20

0

0.40

0.737

0.717

  
   

Average load shedding in urban areas

h/day

6

12

0

0.50

    
   

Peak demand shortage (%)

 

13

65

10

0.95

    
   

Energy shortage (%)

 

10

80

5

0.93

    
  

Energy quality

Unplanned interruptions/year

No.

35

6

82

0.38

0.696

   
   

Household electricity consumption

kWh/cap

498

15600

103

0.97

    
   

Noncommercial energy in total energy consumption by HH

%

54

90

0

0.60

    

Environmental

Global climate change

GHG emissions

CO2 emissions from electricity

t/cap

0.9

2.06

0.1

0.59

0.897

0.846

0.673

 
   

CO2 emissions from transport sector

t/cap

0.125

12.8

0.011

0.99

    
   

CO2 emissions from industrial sector

t/cap

0.34

12.06

0.013

0.97

    
   

GHG emissions

t/cap

1.45

44

0.1

0.97

    
  

GHG intensity

CO2 emissions/GDP

kg/US $(PPP)

0.565

4.83

0.026

0.89

0.791

   
   

CO2 emissions/kWh of power generation

kg CO2/GJ

70

120

 

0.42

    
   

CO2 emissions/cap

kg/US $ (PPP)

1.4

31

0.06

0.96

    
 

Air Pollution

Energy production

AAQS (PM10)

ug/m3

75

175

40

0.74

0.652

0.716

  
   

AAQS (SO2)

ug/m3

90

175

20

0.55

    
  

Energy consumption

Standard for sulfur (S) content of diesel fuel in parts

ppm

500

5000

50

0.91

0.775

   
   

SO2 emissions per populated area

1000 t/km2 of land area

1150

21390

30

0.95

    
   

Air pollution index

No.

77.5

97

28

0.28

    
 

Ecological

Water pollution

Waste water treated

%

35

100

10

0.28

0.250

0.360

  
   

Water quality index

No.

35

96

18

0.22

    
  

Soil pollution

Waste collected and adequately disposed

%

25

100

11

0.16

0.134

   
   

Solid waste

kg/cap/y

150

780

75

0.11

    
  

Ecological impacts

Forest cover

% of land area

23.7

90

2

0.25

0.555

   
   

Deforestation attributed to energy use

%/year

0.35

1.23

0.05

0.75

    

Institutional/governance

 

Resource governance index

Institutional/legal setting

Score

60

100

26

0.46

0.721

0.721

  
   

Reporting practices

Score

72

97

23

0.66

    
   

Safe guards and quality controls

Score

83

98

26

0.79

    
   

Enabling environment

Score

71

98

9

0.70

    
   

Governance of state owned companies

Score

92

99

15

0.92

    
 

Energy sector governance (score)

Policy

Availability national energy policies

Score

3

3

0

1.00

0.745

   
   

Extent of implementation of energy policies

Score

1

3

0

0.33

    
   

Quality of energy planning (integrated planning)

Score

1

3

0

0.33

    
   

Level of coordination (how directions given at regional level translate into action)

Score

1

1

0

1.00

    
  

Institutions

Adequacy of institutions at the national/regional level

Score

2

3

0

0.67

0.471

0.657

0.561

 
   

PPP in energy sector

Score

1

3

0

0.33

    
   

Efficacy of institutions for delivery of energy services

Score

1

3

0

0.33

    
  

Legislation

Availability various acts related to energy

Score

3

3

0

1.00

0.720

   
   

Efficacy of implementation

Score

1

3

0

0.33

    
   

Energy efficiency standards

Score

2

3

0

0.67

    
 

Private sector participation

Contribution

Share in total installed capacity

%

9

100

0

0.09

0.095

0.294

  
   

Share in total power generation

%

10

100

0

0.10

    
  

Participation

Share of private sector investment in total

%

8

100

0

0.08

0.404

   
   

Availability of enabling framework for private sector participation

Score

2

3

0

0.67

    
   

Share ofpetroleum refinery capacity

%

20

100

0

0.20

    
 

Finance/funding

Financial access

Ease of access to finance for energy project financing

Score

2

3

0

0.67

0.471

0.471

  
   

Ease of access to finance for energy efficiency/renewable energy for households

Score

1

3

1

0.00

    

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Reddy, B. (2015). Sustainable Energy Security for India—An Indicator-Based Approach. In: Reddy, B., Ulgiati, S. (eds) Energy Security and Development. Springer, New Delhi. https://doi.org/10.1007/978-81-322-2065-7_1

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