Biden Blowout Spending Bill Fails; Employment Surges

  • In mid-January, the gigantic blowout spending bill going by the Orwellian name of Build Back Better died in the Senate.

  • Over in the progressive precincts of government and the media, where everyone knows that all human wealth and well-being come entirely from government largesse, it was time to prepare for the bad economic news. Surely, with no massive new government blowout spending and with Omicron surging, the January jobs report would be dismal, likely even showing employment declines.

  • Therefore, in the run-up to Friday’s jobs report for January, the White House spin machine was in full tornado mode, blaming the impending news of a jobs decline on the virus rather than on the administration’s failed economic policies.

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The Shifting Politics Of The So-Called "Green" Energy Transition

The Shifting Politics Of The So-Called "Green" Energy Transition
  • When I began this blog back in 2012, I had already studied up on the “climate change” issue. And I had already come to the conclusions that not only was the science of human-caused catastrophic global warming hogwash, but also that the proposed solution of replacing energy from fossil fuels with the wind and sun could never work at reasonable cost. My first post on the subject was on December 4, 2012.

  • But at that time there was almost no organized political opposition to the program to “save the planet” by transitioning to “green” energy.

  • Here in the U.S., the Democrats were unanimous in their plans to replace fossil fuels, and Republicans mostly went along — some enthusiastically, others perhaps trying to slow things down a little. Indeed, when I began the blog, I had only recently attended a fundraiser for Republican candidate Mitt Romney in the 2012 presidential election (yes, I gave the guy money) where he chose to make his speech mostly about how he would fix the environment by promoting green energy.

  • And over in Europe it was even crazier, with essentially no major political party in any country taking a position in opposition to the forced elimination of fossil fuels. The so-called “Energiewende” in Germany had kicked off in 2010, with essentially no significant political opposition.

  • After a long wait, the costs are bubbling to the surface, and the opposition is growing rapidly and headed toward critical mass.

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More Focus On The Impossible Costs Of A Fully Wind/Solar/Battery Energy System

  • It should be glaringly obvious that, if we are shortly going to try to convert to a “net zero” carbon emissions energy system based entirely on wind, sun and batteries, then there needs to be serious focus on the feasibility and costs of such a system.

  • The particular part of such a prospective system that needs the most focus is the method of energy storage, its cost and, indeed, feasibility. That part needs focus because, as wind and solar increase their share of generation over 50% of the total, storage becomes far and away the dominant driver of the total costs.

  • Moreover, there is no clear way to identify some fixed amount of storage that will be sufficient to make such a system reliable enough to power a modern economy without full backup from dispatchable sources. This also should be glaringly obvious to anyone who thinks about the problem for any amount of time.

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The Smart People Have Another Way To Save The Planet: Demand That Public Companies Reduce Their Emissions

The Smart People Have Another Way To Save The Planet:  Demand That Public Companies Reduce Their Emissions
  • A couple of posts a week ago at this site on the subject of the enormous storage requirements of a fully wind/solar electricity generation system attracted several commenters who confidently asserted that a fully wind/solar energy generation system will prove cheaper than fossil fuels as soon as it is given a real chance.

  • I invited those commenters to provide their own detailed calculations of how much storage it would take to get a fully wind/solar electric generation system through a year without fossil fuel backup with real-world weather conditions, but so far none of them have taken up my invitation.

  • While waiting for to hear from those people, the most serious effort I have seen to estimate the storage requirements and cost of a fully wind/solar/battery electricity system for the United States, with everything electrified, is Ken Gregory’s workup at Friends of Science. Gregory’s estimated cost (rounded) is around $400 trillion.

  • But meanwhile, the really smart people — or perhaps I should say, the really, really smart people — have a different approach.

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Announcement Of Upcoming Speaking Tour

Announcement Of Upcoming Speaking Tour
  • The American Friends of the GWPF has circulated the information below, announcing that we are organizing speaking events in North America on the subject of Europe’s self-inflicted energy crisis, and related matters in the U.S.

  • Readers interested in organizing one of these events can contact Dr. Peiser as indicated below, or can also contact me via this website.

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How About A Pilot Project To Demonstrate The Feasibility Of Fully Wind/Solar/Battery Electricity Generation?

How About A Pilot Project To Demonstrate The Feasibility Of Fully Wind/Solar/Battery Electricity Generation?
  • At this current crazy moment, most of the “Western” world (Europe, the U.S., Canada, Australia) is hell bent on achieving a “net zero” energy system.

  • As I understand this concept, it means that, within two or three decades, all electricity production will be converted from the current mostly-fossil-fuel generation mix to almost entirely wind, solar and storage. On top of that, all or nearly all energy consumption that is not currently electricity (e.g., transportation, industry, heat, agriculture) must be converted to electricity, so that the energy for these things can also be supplied solely by the wind, sun, and batteries.

  • Since electricity is currently only about a quarter of final energy consumption, that means that we are soon to have an all-electric energy generation and consumption system producing around four times the output of our current electricity system, all from wind and solar, backed up as necessary only by batteries or other storage.

  • A reasonable question is, has anybody thought to construct a small-to-moderate scale pilot project to demonstrate that this is feasible?

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