- EAN13
- 9782072650888
- Éditeur
- Alternatives éditions
- Date de publication
- 18/11/2015
- Collection
- Manifesto
- Langue
- anglais
- Langue d'origine
- français
- Fiches UNIMARC
- S'identifier
Hydrogen: the energy transition in the making!
Pierre-Étienne Franc, Pascal Mateo
Alternatives éditions
Manifesto
Livre numérique
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Aide EAN13 : 9782072650888
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6 appareils
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11.99 -
Fichier EPUB, avec DRM Adobe
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Aide EAN13 : 9782072650895
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Fichier PDF, avec DRM Adobe
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6 appareils
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11.99 -
Fichier PDF, avec DRM Adobe
Reducing greenhouse gas emissions and addressing the gradual disappearance of
fossil fuels figure among the challenges the planet must face in the years to
come. Hydrogen can and indeed must play an important role in the energy
transition. Since the technologies that allow for the safe production and use
of hydrogen are now mature, this carbon-free molecule can enable the shift to
a “clean” world. Hydrogen has the capacity to store primary energy,
particularly renewable energies. Combined with a fuel cell battery, it can
also make this energy available in the form of electricity in a large number
of applications, starting with those that pertain to mobility. But while the
technical difficulties are in the process of being resolved today, responses
to the economic and financial challenges have yet to be found: going forward,
it will be necessary to structure large-scale industrial and commercial
deployments. And doing so will require new forms of global cooperation between
the private sector and public policymakers at the international level. In a
word, launching the energy transition requires a paradigm shift.
fossil fuels figure among the challenges the planet must face in the years to
come. Hydrogen can and indeed must play an important role in the energy
transition. Since the technologies that allow for the safe production and use
of hydrogen are now mature, this carbon-free molecule can enable the shift to
a “clean” world. Hydrogen has the capacity to store primary energy,
particularly renewable energies. Combined with a fuel cell battery, it can
also make this energy available in the form of electricity in a large number
of applications, starting with those that pertain to mobility. But while the
technical difficulties are in the process of being resolved today, responses
to the economic and financial challenges have yet to be found: going forward,
it will be necessary to structure large-scale industrial and commercial
deployments. And doing so will require new forms of global cooperation between
the private sector and public policymakers at the international level. In a
word, launching the energy transition requires a paradigm shift.
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