Cambridge University Press / Renewable energy / de la Rue / Nuclear Biomass 12000 10000 Gas 8000 6000 Coal / /
Continent
Africa / Asia / /
Country
South Africa / Cuba / Kenya / Japan / Brazil / United Kingdom / China / Lithuania / Finland / India / Denmark / Germany / Mexico / New Zealand / Sudan / Austria / United States / Nigeria / /
Currency
USD / /
Event
Environmental Issue / /
Facility
Hall et al. / /
IndustryTerm
energy demand / annual global primary energy use / by-product / zero-carbon-emitting technologies / transportation / oil reserves / sustainable energy development / ocean energy / electricity supply / electricity distribution networks / energy carriers / technology development / natural gas / oil and gas / energy sources / high energy-conversion efficient designs / natural gas reserves / secured energy supply / energy supply / insecure energy supplies / sustainable energy / low-carbonemitting technologies / energy supply technologies / final consumer energy / Large-scale energy-conversion plants / energy / energy markets / energy intensity / conventional oil / energy demand assumptions / non-grid networks / energy commodity prices / energy market / electricity-generation plant / energy access / higher world-energy prices / low-carbon emission systems / electricity supplies / sustainable energy future / energy sector / liquefied petroleum gas / zero-carbon technologies / energy sectors / low-carbon energy technologies / low-carbon technologies / energy services / energy transformations / oil shocks / energy technologies / energy terms / modest energy-efficiency improvements / gas and oil carriers / meet future energy demand / energy resource potentials / supply-side technologies / energy supply systems / supply chain / gas resources / energy industry / energy plants / improved energy efficiency / gas-to-liquids / basic and affordable energy services / electricity systems / annual primary energy demand / energy security / ever-increasing energy / Energy sector reform / higher energy demands / electricity sector / energy supplies / greenhouse gas / economic technical solution / oil / local energy resources / Energy reduction / lowor zero-carbon emitting technologies / transmission networks / energy policies / zero-carbon emitting technologies / largescale electricity / carbonfree electricity / energy supply sector / energy resources / conversion technologies / zero-carbon supply technologies / energy-efficient technologies / electricity / retail energy / lower carbon-emitting technologies / part solutions / imported energy supplies / electricity generation / conversion systems / carbon-emitting technologies / unconventional oil / end-use-efficiency technology options / cheaper energy services / electronics / improved end-use efficiency technologies / energy systems / mining / Sustainable energy systems / energy end-use sectors / oil shales / energy transition / utilizing new energy technologies / /
NaturalFeature
Caucasus / Persian Gulf / Oil Gas Uranium Hydro Biomass Wind Solar Geothermal Ocean / /
Organization
Cambridge University / Supply Chapter / Energy Supply Chapter / Organisation for Economic Co-operation and Development / G8 / World Bank / United Nations / /
4 Energy Supply Coordinating Lead Authors: Ralph E.H. Sims (New Zealand), Robert N. Schock (USA) Lead Authors: