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Table 2 Sustainability Indicator System targets for 2020, 2030 and 2050

From: Sustainability assessment of the German energy transition

 

Targets

Reference targets

 

2020

2030

2050

 

Securing human existence

1. Energy-related emissions of particulate matter (kt)

67.4

60.1

45.6

Target 2020 based on the amended protocol of Gothenburg, assumptions for 2030 and 2050.

2. Energy-related emissions of cadmium (t)

3.0

2.7

2.0

Target 2020 developed by analogy based on the amended protocol of Gothenburg, assumptions for 2030 and 2050.

3. Energy-related emissions of mercury (t)

6.5

5.8

4.4

4. Energy import dependency (%)

69

58

43

Targets taken from [9].

5. Monthly energy expenditures of households with a monthly net income less than 1300 Euros

139

142

147

Targets developed by analogy based on [22] and assumptions.

6. SAIDI of electricity (min)

12.5

10

10

Targets 2030 and 2050 developed by analogy based on [64].

7. Relation of employees in the renewable energy sector to total employees (%)

0.94

0.93

1.19

Targets developed by analogy based on [9, 14] and assumptions.

8. Final energy consumption of private households per capita (GJ/capita)

29.3

24.7

17.6

Targets developed by analogy based on [65].

9. Relation of technician salary to manager salary at the big electricity suppliers

1:12

1:12

1:12

Targets developed by analogy based on [66].

Maintaining society’s productive potential

10. Share of renewable energy in gross final consumption of energy (%)

23

36

60

Targets taken from [9].

11. Area under cultivation of energy crops (mio. ha)

2.0

1.9

1.6

Targets developed by analogy based on [26].

12. Unused renewable electricity due to management measures (GWh)

4047

2698

0

Target 2050 based on assumptions, linear extrapolation for 2030 and 2020.

13. Use of primary energy (PJ/a)

11,504

10,066

7190

Targets taken from [65].

14. Specific final energy consumption of households for heating (temperature-corrected) (MJ/m2)

435

367

230

Targets taken from [9].

15. Final energy consumption in the transport sector (in PJ)

2337

1973

1521

16. Modal split in the transport sector (%)

20

20

20

Targets developed by analogy based on [9] and own assumption.

17. Number of electric vehicles (mio.)

1

6

22

Target 2020: political goal of the Federal Government, target 2030 based on [65], target 2050 taken from [9].

18. Final energy productivity of the German economy (€/GJ)

366

482

743

Targets taken from [9].

19. Final energy productivity of the industry (€/GJ)

306

403

621

20. Final energy productivity of trade, commerce and services (€/GJ)

1602

2111

3251

21. Energy-related greenhouse gas emissions (mio. t of CO2 eq.)

622

467

207

Targets derived from political goals of the Federal Government.

22. Energy-related emissions of acid-forming gases (in mio. t of SO2 eq.)

0.93

0.85

0.69

Targets developed by analogy based on the amendment of the Gothenburg Protocol (see [67]) and own assumptions.

23. Energy-related hazardous solid wastes (t)

789,223

526,148

0

Target 2050 based on assumptions, linear extrapolation for 2030 and 2020.

24. Amount of high-level radioactive waste which has not been transferred to a safe final disposal site (t HM)

  

0

25. Installed capacity of renewable energy power plants (GWp)

116

144

169

Targets taken from [9].

26. Number of university graduates in the field of energy sciences

2702

2516

2919

Targets developed by analogy based on [9] and assumptions.

27. Federal expenditures for energy research (mio. €)

1212

1365

1670

28. Number of German patents in the field of renewable energy and energy efficiency

2580

2874

3459

29. Number of start-ups in the renewable energy and energy efficiency sector

18,288

20,363

24,515

30. Added value creation from the renewable energy sector (billion €)

24.6

29.4

36.4

Targets developed by analogy based on [68, 69] and assumptions.

31. Added value creation from energy efficiency measures in households (billion €)

28

35

42

Targets developed by analogy based on [9] and assumptions.

Preserving society’s Options for development and action

32. Gender pay gap in the highest salary group in the energy sector (€/a)

9754

0

0

Targets 2030 and 2050 based on assumptions.

33. Share of regulatory tools in the planning of power transmission grids that fulfil regulatory requirements (%)

92

100

100

34. Share of tourists who perceive energy power technologies as being disruptive in the vacation area (%)

10

7

0

Targets based on assumptions.

35. Acceptance of renewable energies in the neighbourhood (%)

71

81

100

Target 2050 based on assumptions, linear extrapolation for 2030 and 2020.

36. Acceptance of grid extension for achieving 100% renewable energy supply (%)

72

81

100

Conditions to achieve the substantial sustainability

37. Degree of internalization of energy-related external costs (%)

62.7

75.1

100

38. Share of development aid expenditure on energy-related projects in relation to total GDP (%)

0.07

0.09

0.15

Target 2050 taken from [26] and linear extrapolation for 2030 and 2020.

39. Share of households producing renewable electricity (%)

12

18

30

Targets based on assumptions.

40. Share of households buying renewable electricity (%)

37

58

100

Target 2050 based on assumptions, linear extrapolation for 2030 and 2020.

41. Share of installed smart meters mandatory for large electricity consumers

22

48

100

42. Volume of publicly funded loans for energy-related investments (billion €)

23.7

27.3

31.4

Targets based on assumptions.

43. Number of energy cooperatives engaged in renewable energy plants

1415

2215

3691

44. Share of population living in regions with the objective to shift to 100% renewable energy (%)

26

51

100

Target 2050 based on assumptions, linear extrapolation for 2030 and 2020.

45. Market share of the four biggest electricity companies on the market for the first-time sale of electricity (%)

≤ 60

≤ 60

≤ 60

Targets based on [70].