Sustainable Development and Innovation in the Energy SectorSpringer Science & Business Media, 2005 - 267 pages Almost every energy scenario assumes an enormous growth in the demand for energy in the coming decades. Meanwhile, at international conferences and other venues, the primary concern is massive reduction of greenhouse gas emissions, especially of the CO2 produced by fossil-fuel energy consumption. Experts also point out the political risk of depending on petroleum and remind us of the fact that resources are not inexhaustible. This timely book explores: how these conflicting scenarios could be reconciled; how can we shape a more sustainable energy system from the existing one; and possible technological progress and innovations to enable a brighter future. It also addresses the reality that there exists no consensus on the extent to which innovations can really contribute to reconciling ever-growing energy consumption, availability of resources and the environment, and the structural demands on any energy system. |
From inside the book
Results 1-5 of 35
... scenarios A.2.1 Elasticity issues in efficiency wage models A.2.2 Elasticity issues in negotiation models 221 223 223 223 224 225 233 233 239 A.3 Energy - relevant science and technology policies of the European Union - an overview 241 ...
Ulrich Steger. Summary Introduction The discussion seems to be paradox : Almost every energy scenario is based on trends that would lead to an enormous growth in the demand for energy in the com- ing decades . Meanwhile , at ...
... scenario " S450 " of the Intergovernmental Panel on Climate Change ( IPCC ) , which appears to be ambitious without being unrealis- tic , plays a central role . In addition , long - term trends , the need for political stabil- ity in ...
... scenario involving the energy demand being relatively stable ( albeit with a demand shift from heat to electricity ) and a supply system based on the - under the condition of limiting the CO2 emissions - cheapest abundant energy sources ...
... scenario above ( scenario I ) is possible . Photovoltaic energy can only become important in the longer term . It is conceivable for this source to play a major role , but that would require extensive development efforts and cause ...
Contents
II | 17 |
III | 19 |
IV | 20 |
V | 23 |
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VII | 27 |
VIII | 30 |
IX | 31 |
LVI | 141 |
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XIX | 56 |
XX | 57 |
XXI | 60 |
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XXIV | 62 |
XXV | 65 |
XXVI | 71 |
XXVII | 75 |
XXVIII | 76 |
XXIX | 77 |
XXX | 79 |
XXXI | 81 |
XXXII | 82 |
XXXIII | 85 |
XXXIV | 89 |
XXXV | 96 |
XXXVI | 99 |
XXXVII | 101 |
XXXVIII | 105 |
XL | 106 |
XLI | 112 |
XLII | 117 |
XLIII | 124 |
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XLV | 127 |
XLVI | 129 |
XLVIII | 131 |
LI | 135 |
LII | 136 |
LIII | 137 |
LIV | 139 |
LV | 140 |
LXIV | 159 |
LXV | 160 |
LXVI | 161 |
LXIX | 163 |
LXX | 167 |
LXXI | 171 |
LXXII | 173 |
LXXIV | 175 |
LXXV | 176 |
LXXVI | 178 |
LXXVII | 179 |
LXXVIII | 180 |
LXXIX | 183 |
LXXX | 185 |
LXXXI | 187 |
LXXXII | 188 |
LXXXIII | 190 |
LXXXIV | 193 |
LXXXV | 200 |
LXXXVI | 203 |
LXXXVII | 206 |
LXXXVIII | 211 |
LXXXIX | 212 |
XC | 214 |
XCI | 217 |
XCII | 218 |
XCIII | 221 |
XCIV | 223 |
XCV | 224 |
XCVI | 225 |
XCVII | 233 |
XCVIII | 239 |
XCIX | 241 |
C | 242 |
CI | 245 |
CII | 249 |
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CIV | 263 |
CV | 265 |