Here’s NEF’s summary of nuclear in the study:
Nuclear power is being promoted as the answer to climate change and energy insecurity. But, as a response to global warming, it is too slow, too expensive and too limited. And in an age of terrorist threats, it is more of a security risk than a solution. Instead, the characteristics of a flexible, safe, secure and climate friendly energy supply system apply to renewable energy. In comparison, it leaves no toxic legacy and is abundant and cheap to harvest both in the UK and globally.Let's start with the assertion that nuclear is “too slow, too expensive and too limited” to help battle climate change. The study states on page 35:
The PIU [Performance and Innovation Unit] suggests a planning/construction period in the order of a decade for each nuclear plant – a figure that may prove optimistic in the light of the controversy of planning applications and past experience of delays in construction.It's clear that estimate is based on the experience in the U.S. post-Three Mile Island when anti-nuclear activists used the legal system as a weapon against new plant construction. Today, with a streamlined review process in place at the NRC (the breakout of the Early Site Permit: ESP and the Combined Construction and Operating License: COL), the US nuclear industry estimates that five years is a more accurate estimate -- especially when looking at current construction timetables in Asia.
Now let's turn to the issue of whether nuclear capacity can be built quickly enough to effect climate change:
The earliest that new nuclear capacity could be introduced means it can’t tackle climate change. Twenty years was considered to be the earliest that a new generation of nuclear reactors of this type could be introduced, whereas the scientific community say that action to reduce greenhouse gas emissions is urgent with the next decade.So renewables (what NEF offers as the solution) need to come to the rescue within the next decade to save us from disaster. However, we know that nuclear energy avoids more emissions than all sources of renewable energy in the U.S. combined.
Yet renewables, which account for only a quarter of the emission free electricity in the US are expected to scale up electrical production so quickly, that they'll be able to save the world in just a decade. It's also important to note that the vast majority of renewable capacity is actually hydropower, a type of renewable energy that may very well have reached its practical limit.
The simple fact is that electricity demand will increase so quickly -- as much as 50 percent in the U.S. over the next 20 years -- that we're going to need to rely on each and every source of energy in order to keep up. That's why it has always been the position of the Nuclear Energy Institute that nuclear energy needs to be a part of a diverse energy portfolio.
Once again, we see anti-nuclear extremists creating the same old straw man, and setting up the same old false choice: That the world needs to choose between nuclear energy and renewables. But any serious observer of the energy business knows that we're going to need nuclear energy, renewables and other sources of energy like clean coal if we're going to both protect the environment and spur economic growth at home and internationally.
Now let’s turn to the issue of expense, an area where this "radical think tank" uses a radical and unsupported methodology to massage the figures.
The costs presented in the study primarily cite data from the U.K.'s Performance and Innovation Unit. This group (aka the Strategy Unit) conducted an energy review back in 2002 to help the UK policymakers frame map out that nation's future energy infrastructure. As I scrolled to the bottom of the page of the energy review, I found a table on what the estimated costs of every fuel are in 2020. According to these figures, nuclear will be competitive with every other fuel source.
Which leads us to my biggest beef with the NEF study. The NEF uses the numbers from the PIU to put in their own table on page 39. But what they then do is create their own estimate of what nuclear really costs, and refuse to apply the same econometric model to any other fuel -- including renewables.
In other words, the study picks the worst case scenario for nuclear and the best case scenario for renewables. In serious economic research circles that's fundamentally dishonest, and not a sound basis for guiding international energy and climate change policy.
Here’s a lesson from Data 101 that every freshman economics student understands: Stick to one and only one source when talking about the same data! For the study to be fair, the same methodology used for nuclear should apply to all other energy sources. Doing anything else is just a bald attempt to massage the numbers and decieve people who don't take a close look at how the study has been conducted.
Now for the last part of the sentence with nuclear being “too limited.” This is the best.
Given current nuclear output one estimate from a body representing the renewables industry suggests that uranium reserves will be depleted in around four decades.
That body is the World Council for Renewable Energy -- and you know they would never be biased against nuclear energy. Now check out this quote:
Uranium is plentiful, easy and cheap to store, and likely to remain cheap. This means that nuclear power is essentially an indigenous form of energy.
Guess who stated this? The aforementioned PIU! It's in their energy review. Find it by scrolling down to the nuclear section. While reviewing the study, the NEF used so much data from the PIU analysis that I often got the two mixed up. But when it came to uranium supply, PIU references were nowhere to be found.
I guess a reference source like the PIU is only good when it is in favor of the technology one is promoting. If people really want to know what the “Energy choices in an age of global warming” are, they should look at PIU’s The Energy Review, and not bother with willful distortions of their findings and conclusions.
Back in the 1960s, it became vogue in education circles to promote "New Math" as an improved method to teach elementary school children. Ultimately, it was junked when it became clear that the new methods came at the cost of teaching important basic computational skills.
Anyone who reads the NEF study ought to keep the ill-fated experiment with "New Math" in mind, as any college student who attempted to replicate its methodolgy would soon find themselves booted from the Econ program and back into liberal arts.
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