Korea / China / India / Germany / Italy / Sweden / Poland / Belgium / /
Currency
USD / EUR / /
Event
Environmental Issue / /
Facility
National Technical University of Athens / /
IndustryTerm
energy demand / less electricity / higher energy prices / final electricity energy demand / electricity prices / i.e. oil products / average annual total energy system / technology experience / important mitigation technology / oil shock occurring / stable technology costs / moderate electricity demand increase / technology assumptions / lower electricity demand / oil and gas price shocks / energy challenge / oil and gas / supply technologies / energy sources / low carbon technologies / Nuclear energy / finance / energy supply / uses energy system modelling tools / building materials / projected electricity demand / net gas imports / energy savings / average annual energy system costs / energy / grid equipment / greenhouse gas emissions / gross energy consumption / projected gross inland energy consumption / energy consumption / clean technology investment / Gross electricity consumption / fossil gas / electricity generation costs / based energy efficiency measures / electricity consumption / mature technologies / energy projections / energy efficient equipment / backbone technologies / energy intensive industry / carbon electricity system / electricity demand / lowest electricity / energy efficiency / scale systems / energy efficiency policies / electricity savings / oil prices / technology developments / energy demand drops / oil shocks / Average electricity price / energy technologies / oil and gas import bill / final energy demand / gross final energy consumption / reference scenario electricity consumption increases / oil price / transportation sector / electricity generation capacity / energy demand increase / energy security / market equilibrium solution / energy efficiency scenario / pure oil / power generation technologies / overall energy consumption / energy imports / electricity system / scenarios average electricity prices / industrial energy equipment / energy purchases / electricity sector / electricity saving element / energy prices / oil / energy consumption decreases / electricity consumption reaches / energy intensive sectors / energy policies / energy transformation process / energy production / Energy costs / time significant energy efficiency improvements / energy resources / lowest total energy costs / manufacturing industries / energy import prices / electricity / energy system modelling / electricity generation / energy conversion / higher electricity use / environmental abatement technologies / net oil / energy investment / abatement technologies / electricity production / carbon technologies / capture technology / Electricity demand increases / final electricity demand / solar energy / gas power plants / energy system / oil shock / large hydroelectric technologies / energy model / improved energy performance / gas prices / energy fuel / /
Organization
European Commission / Greenpeace / European Union / National Technical University of Athens / /
Person
Action / /
Position
author / major driver / important driver / model / /
Technology
backbone technologies / capture technology / Energy Technology / power generation technologies / Transmission System Operators Technologies / CCS technologies / three technologies / low carbon technologies / Accepted Technology / 10 Technology / environmental abatement technologies / important mitigation technology / energy technologies / abatement technologies / large hydroelectric technologies / already mature technologies / carbon technologies / /
1
Annex
2
Overview
of
Roadmap
exercises
from
other
organisations:
European
Commission,
Eurelectric
and