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1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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Page 1: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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Making US Industry More Competitive:Increasing Energy

Efficiency

Lester B. LaveElectricity Industry Center

Carnegie Mellon University

Page 2: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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USA

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High #is worst

Mark Levine, Lawrence Berkeley Lab

Page 7: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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Low #is worst

Mark Levine, Lawrence Berkeley Lab

Page 8: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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High #is worst

Mark Levine, Lawrence Berkeley Lab

Page 9: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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High #is worst

Mark Levine, Lawrence Berkeley Lab

Page 10: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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Low #is worst

Mark Levine, Lawrence Berkeley Lab

Page 11: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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High #is worst

Mark Levine, Lawrence Berkeley Lab

Page 12: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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Page 13: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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McKinsey Analysis:$100 Bills on the Floor?

• McKinsey: Many projects have a negative cost of abating CO2 emissions

• Internal rate of return (IRR) of many energy efficiency projects is > 10%

• This implies that Companies are not making profitable investments – can this be?

• Ignorance, not SOP, don’t have $, don’t disrupt production, no managerial time

Page 14: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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Economists Vs. McKinsey• Companies make all profitable

investments!

• Consumers don’t – landlord vs. tenant, time horizon, ignorance, etc.

• California spends $700 million/yr to get efficiency increases – payback in 3 years

• Energy efficiency is not easy, simple or cheap – major investment in time & talent

• Need to pay utilities for conservation

Page 15: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

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Per Capita Consumption of Electricity(not including on-site generation)

0

2,000

4,000

6,000

8,000

10,000

12,000

14,000

19

60

19

62

19

64

19

66

19

68

19

70

19

72

19

74

19

76

19

78

19

80

19

82

19

84

19

86

19

88

19

90

19

92

19

94

19

96

19

98

20

00

20

02

20

04

20

06

kW

h/p

ers

on

United States

California

Per Capita Income in Constant 2000 $1975 2005 % change

US GDP/capita 16,241 31,442 94%Cal GSP/capita 18,760 33,536 79%

New York

Page 16: 1 Making US Industry More Competitive: Increasing Energy Efficiency Lester B. Lave Electricity Industry Center Carnegie Mellon University

16Electricity use per person in California and in the USA

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Increasing Electricity Efficiency

• In generation:– Lowering heat rates

15,000 to 7,000 BTU/kWh

– Combined heat & power, distributed generation

• In use:– CFL, refrigerators, air

conditioners, etc.– Parasitic loads,

plasma TV– Automatic shutoff

switches

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Energy intensity (BTU/$) 1850-2006

0

10000

20000

30000

40000

50000

60000

year

BTU

/$

USA Energy Intensity (BTU/GDP) 1850-2006

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What is Sensible Policy?

• Is 1.1 cars per licensed driver enough?

2002 BTU/GDP BTU/pop GDP/pop

• Denmark 38 148 39

• Austria 55 171 31

• France 63 182 29

• Sweden 72 244 34

• USA 81 333 38