https://alt-market.us/its-a-fact-that-needs-repeating-the-federal-reserve-is-a-suicide-bomber/
It’s A Fact That Needs Repeating: The Federal Reserve Is A Suicide Bomber
For many years now I have been examining the policies and behaviors of the Federal Reserve because they are in fact the most powerful institution in the US, with far more influence over the fate of America than any single president or branch of government. They have the power to end the economic life of our country in a matter of moments. They hold their finger on the button of multiple financial nuclear bombs, and to this day there are people that still pretend as if they are a mere moderating presence subservient to the White House or Congress.
This is a fallacy proven by history and the admissions from central bankers own mouths. The Fed answers to no one in our government. They answer to a different set of masters, and the blame for the consequences of their policies falls to them and their cohorts.
Last year I published an article titled ‘The Fed’s Catch-22 Taper Is A Weapon, Not A Policy Error.’ In that article I predicted that the Fed would embark on a hiking spree on interest rates in response to inflationary/stagflationary events. I noted that:
“We are now at that stage again where price inflation tied to money printing is clashing with the stock market’s complete reliance on stimulus to stay afloat. There are some that continue to claim the Fed will never sacrifice the markets by tapering. I say the Fed does not actually care, it is only waiting for the right time to pull the plug on the US economy.”
At the time I received a lot of resistance to the idea. The usual argument was: “The fed will never raise rates and put stock markets at risk. Why would they destroy the golden goose?”
This position showcases a common misconception about the central bank and its purpose. You see, a lot of people think the Fed exists to keep the US economy afloat, and specifically to keep stock markets afloat. This is incorrect. Every single policy of the Fed since its inception has been a long train of abuses designed to slowly and scientifically whittle down the US economy and bring it to the point of extinction.
The next most common argument is: “Wouldn’t the fed sabotaging the economy eventually destroy them as well?”
The answer is YES, and they don’t care. If you have read my previous work on this issue then you know that the Fed is inexorably tied to the Bank for International Settlements (the “central bank of central banks”) and that they call the shots in terms of coordinated global banking initiatives. The BIS is a globalist institution, not an American one, and its agenda is ideologically globalist in nature. The Fed is a servant of globalism; and if the US economy or our currency need to be brought down through a controlled demolition in order to make the globalist dream of a one world socialist “Utopia” come true, that is exactly what the Fed will do.
I was able to predict that the Fed would continue onward with its interest rate hikes and hawkish position only because I acknowledge what the Fed really is: A suicide bomber. And, they have decided the time is ripe to hike interest rates into economic weakness, just like they did at the onset of the Great Depression.
At the beginning of the Depression the Fed increased interest rates after years of artificially stimulating markets with low cost debt. This prolonged the deflationary crash for many years after. It was not until decades later when former Fed chair Ben Bernanke gave a speech celebrating economist Milton Friedman’s 90th birthday that a central bank official finally admitted that the organization was culpable for the Depression debacle.
“In short, according to Friedman and Schwartz, because of institutional changes and misguided doctrines, the banking panics of the Great Contraction were much more severe and widespread than would have normally occurred during a downturn.
Let me end my talk by abusing slightly my status as an official representative of the Federal Reserve. I would like to say to Milton and Anna: Regarding the Great Depression. You’re right, we did it. We’re very sorry. But thanks to you, we won’t do it again.” – Ben Bernanke, 2002
What Ben Bernanke did not admit to was that the engineered deflationary crisis greatly benefited the allies of the Fed – The international corporate bankers. Companies like JP Morgan and Chase National were suddenly in a prime position to seize unlimited power in the US.
So, they’ve done it before, why wouldn’t they do it again?
The next argument that I hear constantly is that the Fed is “ignorant” and they don’t know what they are doing. This is nonsense. Jerome Powell knows EXACTLY what he is doing, and here is the proof – In October of 2012 the Fed held a meeting in which Powell warned that markets and corporations had become addicted to the Fed’s easy money policies. If they decided to taper their stimulus measures and raise rates, there would be potentially disastrous blowback. Powell argued that:
“…I think we are actually at a point of encouraging risk-taking, and that should give us pause. Investors really do understand now that we will be there to prevent serious losses. It is not that it is easy for them to make money but that they have every incentive to take more risk, and they are doing so. Meanwhile, we look like we are blowing a fixed-income duration bubble right across the credit spectrum that will result in big losses when rates come up down the road. You can almost say that that is our strategy.” – Jerome Powell
As he admitted, it is indeed their strategy. Powell was not the Fed chairman at the time, so he may not have been aware of the full agenda, but he is certainly aware now. Why would Powell undertake the exact policy action he once warned would result in a full spectrum implosion of the credit bubble? Probably because he was told to.
Powell knows the history of the Great Depression and he knows what will happen when the Fed raises rates into economic weakness and he is doing it anyway. He already tried a test run of rate hikes back in 2018 and the results were not hard to figure out; markets began to tank. We should never forget that the central banks are fully cognizant of the effects of their endeavors. As I stated back in February:
“The rate hikes of 2018 were a test run for a more aggressive and deliberately engineered crisis down the road. The Fed has its own agenda, it does not care about protecting U.S. markets, nor does it even care about protecting the U.S. economy in general.
I hold that the Fed is a weapon for social and political change within America and part of its job is to greatly reduce the standard of living of the population while making it appear as if this decline is a “natural” consequence of the U.S. System.”
This leads us to the final question – What happens next?
That’s easy to answer: The fed continues to hike rates well into next year and will not reverse course or capitulate and return to stimulus. The dovish predictions were wrong. The people that said the Fed would not raise rates were wrong. The people that said the Fed would never remove support from stock markets were wrong. This process is ongoing and the effects will grow as the months pass, but those that were hoping for a manic return to the days of bailouts and QE are going to be deeply disappointed.
This is a stagflationary crash, and as such we are going to experience the worst of both deflationary and inflationary worlds. Prices will remain high while GDP goes negative. Sales will decline and jobs will decline as we enter into the end of this year. There is no way around this. The Fed will have all kinds of theories and misdirections on why these things are happening, and they will try to distract the public as much as possible in the meantime.
What the Fed will never do is admit that a crash is happening until it is too late for people to act. They will never warn the populace of the dangers and they will never tell people to prepare. Watch as they tap dance and tell the public that all the pain is “transitory.” Then, watch as the dust settles and they tell people that “no one could have seen this coming.” It’s all very predictable, because it’s all been done before.
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https://ourfiniteworld.com/2022/09/20/ramping-up-renewables-cant-provide-enough-heat-energy-in-winter/
Ramping Up Renewables Can’t Provide Enough Heat Energy in Winter
We usually don’t think about the wonderful service fossil fuels provide in terms of being a store of heat energy for winter, the time when there is a greater need for heat energy. Figure 1 shows dramatically how, in the US, the residential usage of heating fuels spikes during the winter months.
Solar energy is most abundantly available in the May-June-July period, making it a poor candidate for fixing the problem of the need for winter heat.
In some ways, the lack of availability of fuels for winter is a canary in the coal mine regarding future energy shortages. People have been concerned about oil shortages, but winter fuel shortages are, in many ways, just as bad. They can result in people “freezing in the dark.”
In this post, I will look at some of the issues involved.
[1] Batteries are suitable for fine-tuning the precise time during a 24-hour period solar electricity is used. They cannot be scaled up to store solar energy from summer to winter.
In today’s world, batteries can be used to delay the use of solar electricity for at most a few hours. In exceptional situations, perhaps the holding period can be increased to a few days.
California is known both for its high level of battery storage and its high level of renewables. These renewables include both solar and wind energy, plus smaller amounts of electricity generated in geothermal plants and electricity generated by burning biomass. The problem encountered is that the electricity generated by solar panels tends to start and end too early in the day, relative to when citizens want to use this electricity. After citizens return home after work, they would like to cook their dinners and use their air conditioning, leading to considerable demand after the sun sets.
Figure 3 illustrates how batteries in combination with hydroelectric generation (hydro) are used to save electricity generation from early in the day for use in the evening hours. While battery use is suitable for fine tuning exactly when, during a 24-hour period, solar energy will be used, the quantity of batteries cannot be ramped up sufficiently to save electricity from summer to winter. The world would run out of battery-making materials, if nothing else.
[2] Ramping up hydro is not a solution to our problem of inadequate energy for heat in winter.
One problem is that, in long-industrialized economies, hydro capabilities were built out years ago.
It is difficult to believe that much more buildout is available in these countries.
Another issue is that hydro tends to be quite variable from year to year, even over an area as large as the United States, as shown in Figure 4 above. When the variability is viewed over a smaller area, the year-to-year variability is even higher, as illustrated in Figure 5 below.
The pattern shown reflects peak generation in the spring, when the ice pack is melting. Low generation generally occurs during the winter, when the ice pack is frozen. Thus, hydro tends not be helpful for raising winter energy supplies. A similar pattern tends to happen in other temperate areas.
A third issue is that variability in hydro supply is already causing problems. Norway has recently reported that it may need to limit hydro exports in coming months because water reservoirs are low. Norway’s exports of electricity are used to help balance Europe’s wind and solar electricity. Thus, this issue may lead to yet another energy problem for Europe.
As another example, China reports a severe power crunch in its Sichuan Province, related to low rainfall and high temperatures. Fossil fuel generation is not available to fill the gap.
[3] Wind energy is not a greatly better than hydro and solar, in terms of variability and poor timing of supply.
For example, Europe experienced a power crunch in the third quarter of 2021 related to weak winds. Europe’s largest wind producers (Britain, Germany and France) produced only 14% of their rated capacity during this period, compared with an average of 20% to 26% in previous years. No one had planned for this kind of three-month shortfall.
In 2021, China experienced dry, windless weather, resulting in both its generation from wind and hydro being low. The country found it needed to use rolling blackouts to deal with the situation. This led to traffic lights failing and many families needing to eat candle-lit dinners.
Even viewed on a nationwide basis, US wind generation varies considerably from month to month.
US total wind electricity generation tends to be highest in April or May. This can cause oversupply issues because hydro generation tends to be high about the same time. The demand for electricity tends to be low because of generally mild weather. The result is that even at today’s renewable levels, a wet, windy spring can lead to a situation in which the combination of hydro and wind electricity supply exceeds total local demand for electricity.
[4] As more wind and solar are added to the grid, the challenges and costs become increasingly great.
There are a huge number of technical problems associated with trying to add a large amount of wind and solar energy to the grid. Some of them are outlined in Figure 7.
One of the issues is torque distortion, especially related to wind energy.
There are also many other issues, including some outlined on this Drax website. Wind and solar provide no “inertia” to the system. This makes me wonder whether the grid could even function without a substantial amount of fossil fuel or nuclear generation providing sufficient inertia.
Furthermore, wind and solar tend to make voltage fluctuate, necessitating systems to absorb and discharge something called “reactive power.”
[5] The word “sustainable” has created unrealistic expectations with respect to intermittent wind and solar electricity.
A person in the wind turbine repair industry once told me, “Wind turbines run on a steady supply of replacement parts.” Individual parts may be made to last 20-years, or even longer, but there are so many parts that some are likely to need replacement long before that time. An article in Windpower Engineering says, “Turbine gearboxes are typically given a design life of 20 years, but few make it past the 10-year mark.”
There is also the problem of wind damage, especially in the case of a severe storm.
Furthermore, the operational lives for fossil fuel and nuclear generating plants are typically much longer than those for wind and solar. In the US, some nuclear plants have licenses to operate for 60 years. Efforts are underway to extend some licenses to 80 years.
With the short life spans for wind and solar, constant rebuilding of wind turbines and solar generation is necessary, using fossil fuels. Between the rebuilding issue and the need for fossil fuels to maintain the electric grid, the output of wind turbines and solar panels cannot be expected to last any longer than fossil fuel supply.
[6] Energy modeling has led to unrealistic expectations for wind and solar.
Energy models don’t take into account all of the many adjustments to the transmission system that are needed to support wind and solar, and the resulting added costs. Besides the direct cost of the extra transmission required, there is an ongoing need to inspect parts for signs of wear. Brush around the transmission lines also needs to be cut back. If adequate maintenance is not performed, transmission lines can cause fires. Burying transmission lines is sometimes an option, but doing so is expensive, both in energy use and cost.
Energy models also don’t take into account the way wind turbines and solar panels perform in “real life.” In particular, most researchers miss the point that electricity from solar panels cannot be expected to be very helpful for meeting our need for heat energy in winter. If we want to add more summer air conditioning, solar panels can “sort of” support this effort, especially if batteries are also added to help fine tune when, during the 24-hour day, the solar electricity will be utilized. Unfortunately, we don’t have any realistic way of saving the output of solar panels from summer to winter.
It seems to me that supporting air conditioning is a rather frivolous use for what seems to be a dwindling quantity of available energy supply. In my opinion, our first two priorities should be adequate food supply and preventing freezing in the dark in winter. Solar, especially, does nothing for these issues. Wind can be used to pump water for crops and animals. In fact, an ordinary windmill, built 100 years ago, can also be used to provide this type of service.
Because of the intermittency issue, especially the “summer to winter” intermittency issue, wind and solar are not truly replacements for electricity produced by fossil fuels or nuclear. The problem is that most of the current system needs to remain in place, in addition to the renewable energy system. When researchers make cost comparisons, they should be comparing the cost of the intermittent energy, including necessary batteries and grid enhancements with the cost of the fuel saved by operating these devices.
[7] Competitive pricing plans that enable the growth of wind and solar electricity are part of what is pushing a number of areas in the world toward a “freezing-in-the-dark” problem.
In the early days of electricity production, “utility pricing” was generally used. With this approach, vertical integration of electricity supply was encouraged. A utility would make long term contracts with a number of providers and would set prices for customers based on the expected long-term cost of electricity production and distribution. The utility would make certain that transmission lines were properly repaired and would add new generation as needed.
Energy prices of all kinds spiked in the late 1970s. Not long afterward, in an attempt to prevent high electricity prices from causing inflation, a shift in pricing arrangements started taking place. More competition was encouraged, with the new approach called competitive pricing. Vertically integrated groups were broken up. Wholesale electricity prices started varying by time of day, based on which providers were willing to sell their production at the lowest price, for that particular time period. This approach encouraged providers to neglect maintaining their power lines and stop adding more storage capacity. Any kind of overhead expense was discouraged.
In fact, under this arrangement, wind and solar were also given the privilege of “going first.” If too much energy in total was produced, negative rates could result for other providers. This approach was especially harmful for nuclear energy. Nuclear power plants found that their overall price structure was too low. They sometimes closed because of inadequate profitability. New investments in nuclear energy were discouraged, as was proper maintenance. This effect has been especially noticeable in Europe.
The result is that about a third of the gain from wind and solar energy has been offset by the decline in nuclear electricity generation. Of course, nuclear is another low-carbon form of electricity. It is a great deal more reliable than wind or solar. It can even help prevent freezing in the dark because it is likely to be available in winter, when more electricity for heating is likely to be needed.
Another issue is that competitive pricing discouraged the building of adequate storage facilities for natural gas. Also, it tended to discourage purchasing natural gas under long term contracts. The thinking went, “Rather than building storage, why not wait until the natural gas is needed, and then purchase it at the market rate?”
Unfortunately, producing natural gas requires long-term investments. Companies producing natural gas operate wells that produce approximately equal amounts year-round. The same pattern of high winter-consumption of natural gas tends to occur almost simultaneously in many Northern Hemisphere areas with cold winters. If the system is going to work, customers need to be purchasing natural gas, year-round, and stowing it away for winter.
Natural gas production has been falling in Europe, as has coal production (not shown), necessitating more imports of replacement fuel, often natural gas.
With competitive rating and LNG ships seeming to sell natural gas on an “as needed” basis, there has been a tendency in Europe to overlook the need for long term contracts and additional storage to go with rising natural gas imports. Now, Europe is starting to discover the folly of this approach. Solar is close to worthless for providing electricity in winter; wind cannot be relied upon. It doesn’t ramp up nearly quickly enough, in any reasonable timeframe. The danger is that countries will risk having their citizens freeze in the dark because of inadequate natural gas import availability.
[8] The world is a very long way from producing enough wind and solar to solve its energy problems, especially its need for heat in winter.
The energy supply that the world uses includes much more than electricity. It contains oil and fuels burned directly, such as natural gas. The percentage share of this total energy supply that wind and solar output provides depends on how it is counted. The International Energy Agency treats wind and solar as if they only replace fuel, rather than replacing dispatchable electricity.
On this basis, the share of total energy provided by the Wind and Solar category is very low, only 2.2% for the world as a whole. Germany comes out highest of the groups analyzed, but even it is replacing only 6.0% of its total energy consumed. It is difficult to imagine how the land and water around Germany could tolerate wind turbines and solar panels being ramped up sufficiently to cover such a shortfall. Other parts of the world are even farther from replacing current energy supplies with wind and solar.
Clearly, we cannot expect wind and solar to ever be ramped up to meet our energy needs, even in combination with hydro.
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