Abstract
A comprehensive analysis, region by region, of the actually accessible renewable energies at a given horizon, is presented. The same methodology as the one employed to derive ``proven fossil energy reserves`` from ``energy resources`` is adopted, in which resources are defined by quantitative information on physical potential, while reserves take into account technical and economical accessibility. As renewable resources are fluctuating with time and are diluted in space and not readily transportable or storeable, it is necessary to consider the presence of populations or activities near enough to be able to profit by these diluted and volatile energies.
Citation Formats
Dessus, B, Devin, B, and Pharabod, F.
World potential of renewable energies.
France: N. p.,
1991.
Web.
Dessus, B, Devin, B, & Pharabod, F.
World potential of renewable energies.
France.
Dessus, B, Devin, B, and Pharabod, F.
1991.
"World potential of renewable energies."
France.
@misc{etde_10181607,
title = {World potential of renewable energies}
author = {Dessus, B, Devin, B, and Pharabod, F}
abstractNote = {A comprehensive analysis, region by region, of the actually accessible renewable energies at a given horizon, is presented. The same methodology as the one employed to derive ``proven fossil energy reserves`` from ``energy resources`` is adopted, in which resources are defined by quantitative information on physical potential, while reserves take into account technical and economical accessibility. As renewable resources are fluctuating with time and are diluted in space and not readily transportable or storeable, it is necessary to consider the presence of populations or activities near enough to be able to profit by these diluted and volatile energies.}
place = {France}
year = {1991}
month = {Jul}
}
title = {World potential of renewable energies}
author = {Dessus, B, Devin, B, and Pharabod, F}
abstractNote = {A comprehensive analysis, region by region, of the actually accessible renewable energies at a given horizon, is presented. The same methodology as the one employed to derive ``proven fossil energy reserves`` from ``energy resources`` is adopted, in which resources are defined by quantitative information on physical potential, while reserves take into account technical and economical accessibility. As renewable resources are fluctuating with time and are diluted in space and not readily transportable or storeable, it is necessary to consider the presence of populations or activities near enough to be able to profit by these diluted and volatile energies.}
place = {France}
year = {1991}
month = {Jul}
}