This means natural gas generation can replace
traditional coal and nuclear power that are no longer economic, as well as support intermittent renewable power.
Not exact matches
The Great Transition details this evolving trend, focusing on falling prices
and rising adoption for wind, solar, electric vehicles, hydropower, geothermal energy,
and energy efficiency;
and the emerging turn from
coal,
nuclear power, oil,
and traditional transportation that is happening faster than anticipated.
Both
nuclear power
and natural gas will be vital to providing clean, reliable energy to the U.S. economy as
traditional renewables
and coal with carbon capture
and sequestration are further commercialized.
Both moves into renewables
and nuclear represent a major change in Polish energy policy, diversifying away from the country's
traditional coal - fired power base, in a bid to fill an electricity shortfall
and meet EU emission standards.
Transmission has always been important to generation — typically transmission costs can be up to half the cost of new energy from even
traditional sources like
coal and nuclear power.
Traditional grids invented by Thomas Edison draw supplies from a handful of generators fueled mostly by
coal,
nuclear and natural gas plants, which can run around the clock.
Unfortunately, the report follows a thesis that the reliable energy future we all want must still rely primarily on
traditional, or «baseload», forms of energy generation such as
coal and nuclear.
Allowing RTO / ISOs to use a dispatch system that gives wind
and solar preference over
traditional methods of generating electricity, which is driving
nuclear and coal - fired generation off the grid,
and which will ultimately also drive natural gas generation from the grid.
Electricity generated by wind
and solar is more expensive than electricity generated using
traditional methods, e.g.,
coal - fired, natural gas combined cycle,
nuclear and hydro power plants.
«Comparisons of wind, solar,
nuclear, natural gas
and coal sources of power coming on line by 2015 show that solar power will be 173 % more expensive per unit of energy delivered than
traditional coal power, 140 % more than
nuclear power
and natural gas
and 92 % more expensive than wind power.
«Wind
and solar's «capacity factor» or availability to supply power is around 33 %, which means 67 % of the time wind
and solar can not supply power
and must be supplemented by a
traditional energy source such as
nuclear, natural gas or
coal.
In the
traditional model of a national electricity system — widely used for more than 50 years — large conventional gas,
coal and nuclear generation plants supply large centres of demand.
A US Senate report notes, «Comparisons of wind, solar,
nuclear, natural gas
and coal sources of power coming on line by 2015 show that solar power will be 173 % more expensive per unit of energy delivered than
traditional coal power, 140 % more than
nuclear power
and natural gas
and 92 % more expensive than wind power.
Wind power is 42 % more expensive than
nuclear and natural gas power... Wind
and solar's» «capacity factor» or availability to supply power is around 33 %, which means 67 % of the time wind
and solar can not supply power
and must be supplemented by a
traditional energy source such as
nuclear, natural gas or
coal.»
Electricity's carbon risks could be managed by new
nuclear plants
and «clean
coal,» sustaining
and even bolstering many of the power sector's century - old institutions —
traditional business models, vendors,
and regulators,
coal - mining, even railroads.
All Neil has to do is point to a miffle / major modern nation with a reasonable amount of heavy industry
and not abundantly blessed with hydro (like Norway) or
traditional geothermal (like Iceland) which has managed to achieve the same kind of transition from
coal with technosolar renewable power that France has managed with
nuclear power.