Tag Archives: nuclear power

The two problems to be addressed head on by nuclear power advocates


Nuclear power advocates bring up the technology as a supposedly necessary part of a zero-GHG portfolio to address climate change. They insist that the “next generation” technology will be a winner if it is allowed to be developed.

Nevertheless, nuclear has two significant problems beyond whatever is in the next generation technology:

  1. Construction cost overruns are the single biggest liability that has been killing the technology. While most large engineering projects have contingencies for 25-30% overruns, almost all nuclear plants have overruns that are multiples of the original cost estimates. This has been driving the most experienced engineering/construction firms into bankruptcies. Until that problem is resolved, all energy providers should be very leery of making commitments to a technology that takes at least 7 years to build.
  2. We still haven’t addressed waste disposal and storage over the course of decades, much less millennia. No other energy technology presents such a degree of catastrophic failure from a single source. Again, this liability needs to be addressed head on and not ignored or dismissed if the technology is to be pursued.

So much for nuclear power adding “resilience”


From Utility Dive: The Salem NGS Unit 2 in New Jersey shutdown due to ice forming in its cooling water intake during the latest polar vortex event.

MIT tries to resurrect nuclear power


I received a notice of a new MIT study entitled “The Future of Nuclear Energy in a Carbon-Constrained World” which looks at the technological, regulatory and economic changes required to make nuclear power viable again. A summary states

The findings are that new policy models and cost-cutting technologies would help nuclear play vital role in climate solutions. Progress in reducing carbon emissions requires a broad range of actions to effectively leverage nuclear energy.

However, nothing in the summary reveals the paradigm-shattering innovation that will be required to make nuclear power competitive with a diverse fleet of renewables plus storage that would achieve the same goals. The cost of a solar plant plus storage with today’s technology still costs less than a current technology nuclear plant. That alternative fleet would also provide better reliability by diversifying the generation sources through smaller plants and avoid any radiation contamination risk.

The nuclear industry must clearly demonstrate that it can get past the many hurdles that led to the recent cancellation of two projects in the southeast U.S. Reviving nuclear power will require more than fantasies about what might be.

Silverstein: If I’d written the DOE grid study recommendations | Repost from Utility Dive

Alison Silverstein, who drafted the technical portions of the DOE grid study, says its summary and recommendations missed key points on grid reliability and resilience.

Source: Silverstein: If I’d written the DOE grid study recommendations | Utility Dive

Vogtle nuke cost could top $25 billion| From Utility Dive

The Vogtle nuclear power plant cost is projected to balloon to more than $12,000 per megawatt. In a study we did for the California Energy Commission in 2009, even at $4,000 per megawatt, nuclear power was uneconomic. This explains why nuclear power is not taken seriously as a solution to reducing greenhouse gas emissions.

Source: Vogtle nuke cost could top $25B as decision time looms | Utility Dive

Repost: A catalog of studies on whether renewables create grid instability | Greentech Media

GTM compiles the studies done over the last month in anticipation of the release of the study ordered by Energy Secretary Rick Perry to examine how increased renewable energy threatens grid reliability.

Source: The Rising Tide of Evidence Against Blaming Wind and Solar for Grid Instability | Greentech Media