Cambridge University Press / International Energy Agency / Renewable energy / FEC (%) 101 / Jigeesha Upadhyay (India) Review / TPES / /
Country
Switzerland / Netherlands / Norway / Thailand / France / Japan / Brazil / Australia / United Kingdom / Philippines / China / Ethiopia / India / Germany / Italy / Algeria / Mexico / Sudan / Poland / Russia / Austria / United States / Nigeria / South Korea / /
Event
Environmental Issue / /
Facility
CCS facility / Building Electric Power Station Chapter / /
IndustryTerm
energy supply sector increase / energy demand / unabated1 fossil fuel conversion technologies / technology options / higher-quality energy carriers / presents energy supply sector-specific policies / electricity-generating capacity / energy carriers / natural gas / energy sector result / background energy system / rural energy / energy sources / energy use / Nuclear energy / energy supply / energy-access programmes / energy supply technologies / energy inputs / energy / greenhouse gas emissions / energy markets / final energy-consumption evolution / gas emission trading / energy-extraction industries / final natural gas consumption / petroleum products / energy supply paths / oil and gas systems / natural gas combined-cycle / final energy / energy sector / energy efficiencies / non-energy use / Energy losses / energy supply sector converts / transport services / bridge technology / low-carbon technologies / energy services / energy technologies / oil products / energy user / energy extraction / fossil fuel conversion technologies / energy supply systems / natural gas upstream emissions / energy infrastructure / low-carbon electricity supply / energy supply system / emissions accounting / electricity sector / Electrical power systems / greenhouse gas / oil / electricity use / energy efficiency improvements / fuel chain / energy policies / energy statistics data / nuclear electricity / energy supply aspects / energy supply sector / institutional tools / energy resources / technology policies / low-carbon energy / mitigation energy technologies / electricity / mitigation technologies / electricity generation / technology-dependent mark / uranium mining risks / energy conversion / natural gas power generation / appropriate technology selection / improved energy access / energy systems / storage technologies / reactor technologies / energy system / energy end-use sectors / higher energy demand / energy intensity improvements / low-carbon energy supply / /
Organization
Cambridge University / Plant Geothermal Energy Geothermal Power Plant Chapter / Electric Power Grid Chapter / Energy Systems Chapter / Traditional Biomass Chapter / United Nations / Building Electric Power Station Chapter / Energy Services Chapter / /
Person
Francesco Cherubini / Giovanni Baiocchi / Helena Chum / Edgar Hertwich / Karsten Neuhoff / Joseph Salvatore / Kristin Seyboth / Naim Darghouth / Thomas Gibon / David Infield / Hassan Bashir Nimir / Ariel Macaspac Hernandez / Son H. Kim / Axel Michaelowa / Damon Honnery / James Edmonds / Anna Czajkowska / Steffen Schlömer / Andrew Mills / Andre Faaij / Susanne Kadner / Peter Larsen / David de Jager / Jim Skea / Angel De la Vega Navarro / Thomas Bruckner / Igor Alexeyevich Bashmakov / Neil Strachan / Ben Hoen / Christoph von Stechow / Amit Garg / Yumiko Asayama / Holger Rogner / Ryan Wiser / Jessica Jewell / /
Position
Energy Systems Executive / Chapter Science Assistant / /
7 Energy Systems Coordinating Lead Authors: Thomas Bruckner (Germany), Igor Alexeyevich Bashmakov (Russian Federation), Yacob Mulugetta