The problem is it won't be the cheapest without major technological breakthroughs in safe nuclear power generation and / or fossil fuel reserves become so depleted the cost of recovery makes the price surpass that of
current nuclear power generation.
This combination would be safer and also cheaper — the cost long - term would be half of
current nuclear power generation.
Not exact matches
More than 100 gigawatts of geothermal
power (one tenth of the
current U.S. electrical
generation) could be developed for $ 1 billion during the next 40 years — at the full cost of one carbon - capturing coal - fired
power plant or one - third the cost of a new
nuclear generator.
A possible strategy for freeing
nuclear power from its
current impasse would be built around a new
generation of lower -
power, centrally fabricated
nuclear reactors designed for inherent safety
Many people seem to have an irrational fear of
nuclear power generation plants, just as people a century ago were fearful of domestic electricity supplies using alternating
current.
The nation's
current energy portfolio has raised concerns about the adverse environmental effects of energy
generation — particularly greenhouse gas emissions from coal - fired and oil - fired
power plants and the long - term storage of spent
nuclear fuel.
I'm reasonably confident that we can ensure enough safety measures are in place that
current generation from
nuclear power stations is indeed about as safe, statistically, as any energy source.
But our
current fleet of
power generation can't readily be used for peaking
power plants,
Nuclear 28 % and coal 60 %.
The development of the
current generation of
nuclear power has been severely constrained by
nuclear phobia.
They outline the need to reduce demand but also to build large - scale infrastructure in the form of concentrated solar
power, fourth -
generation nuclear fission and high - voltage direct
current transmission.
Even if all reactors scheduled to come online by 2015 make it, the projected closing of 93
nuclear reactors by then will drop
nuclear power generation roughly 10 percent below the
current level.
Given the evident concern about
nuclear waste, it will be interesting to see if there is any reactions from young people to the governments recent admission that, on
current NDA plans, the proposed Geological Disposal Facility (GDF) is not expected to be available to take spent fuel from new
nuclear power stations until around 2130, which they note «is approximately 50 years after the likely end of electricity
generation for the first new
nuclear power station».
Current generation land - based
nuclear reactors cost $ 10,000,000 per megawatt capacity or about $ 5 billion for the
power plant not counting the cost of the equipment to convert electricity to fuel.
In addition, the
nuclear advocates all talk about the next
generation of
nuclear power that would not only use a fraction of
current uranium consumption per kWh but may also be able to extract
power from the
nuclear waste that has been produced to date.
Here the letter conflates the issue of opposition to the
current crop of
nuclear power plants — which are simply uncompetitive quite separate from the very legitimate issues of safety, waste disposal, proliferation, and water consumption — with a supposed lack of support for next
generation nuclear power plants (that will be magically cheaper, despite all trend data to the contrary).
However, all of these designs must demonstrate enhanced safety above and beyond
current light water reactor systems if the next
generation of
nuclear power plants is to grow in number far beyond the
current population.
If this
nuclear generation were replaced by coal - fired
power plants (Scenario 1), the country's CO2 emissions would rise by roughly 317 million tons, 26 percent of
current emissions.