2-1

Matrix for assessing benefits and costs retrospectively,

9

2-2

Results matrix for evaluating benefits and costs prospectively,

10

3-1

Results matrix for evaluating benefits and costs prospectively,

14

3-2

Decision tree,

20

3-3

Example of decision tree applied to advanced lighting programs,

21

3-4

Benefits of energy efficiency advances,

26

3-5

Benefits of energy efficiency advances,

27

3-6

Benefits of resource supply enhancement,

29

5-1

Probability of technical success,

40

5-2

SSL Program prospective benefits, reduced budget,

41

1

Matrix for assessing benefits and costs retrospectively,

65

2

Matrix for assessing benefits and costs prospectively,

66

E-1

Matrix for assessing benefits and costs prospectively,

71

F-1

Trends in solid state lighting efficacy,

77

F-2

Solid state lighting economic benefits at a budget of $25 million per year,

79

F-3

Probability of technical success,

80

F-4

SSL Program prospective benefits, full funding,

81

F-5

SSL Program prospective benefits, reduced budget,

82

G-1

Schematic illustration of benefits calculation,

92

G-2

Cost and amount of zero-emissions electricity based on simplified calculations roughly matching DOE’s assumptions,

93

G-3

Cost and amount of zero-emissions electricity for one possible path through the decision tree,

96

G-4

The range of expected cost improvements predicted by the panel members,

97

G-5

Panelists’ assessment of cost reductions translated into expected benefits with and without sequestration risk,

98

G-6

Prospective benefits matrix for the Carbon Sequestration Program,

99

H-1

Prospective benefits matrix for the vehicle fuel cell program,

106

H-2

Prospective benefits matrix for the Solid State Energy Conversion Alliance (SECA) program,

111

J-1

Template for presenting panel results,

122

K-1

Program Assessment Summary (PAS) form, to be completed by DOE,

125