The Big Picture: War, Energy, Bonds and Gold

Two inter-connected themes likely to dominate the next few decades are War and Energy.

War may take the form of a geopolitical struggle between opposing ideologies, with conventional wars limited to proxies in most cases and nuclear exchanges avoided because the costs are prohibitive. But it is likely to involve fierce competition for energy and resources in an attempt to undermine opposing economies. The impact is likely to be felt throughout the global economy and across all asset classes, including bonds, stocks and precious metals.

War

War can take many forms: conventional war, nuclear war, proxy war, cold war,  economic war, or some combination of the above.

Nuclear war can hopefully be avoided, with sane leaders skirting mutually assured destruction (MAD). For that reason, even conventional war between great powers is unlikely — but there is a risk of it being triggered by escalation in a war between proxies.

Cold war, with limited trade between opposing powers — as in the days of Churchill’s Iron Curtain — is also unlikely. Global economic interdependence is far higher than sixty years ago.

Greg Hayes, chief executive of Raytheon, said the company had “several thousand suppliers in China and decoupling . . . is impossible”. “We can de-risk but not decouple,” Hayes told the Financial Times in an interview, adding that he believed this to be the case “for everybody”.

“Think about the $500bn of trade that goes from China to the US every year. More than 95 per cent of rare earth materials or metals come from, or are processed in, China. There is no alternative,” said Hayes. “If we had to pull out of China, it would take us many, many years to re-establish that capability either domestically or in other friendly countries.”

What is likely is a struggle for geopolitical advantage between opposing alliances, with economic war, proxy wars, and attempts to build spheres of influence. This includes enticing (or coercing) non-aligned nations such as India to join one of the sides.

Such a geopolitical arm-wrestle is likely to have ramifications in many different spheres, but most of all energy.

Energy

You can’t fight a war without energy. A key element of the geopolitical tussle will be to secure adequate supplies of energy — and to deprive the opposing side of the same.

The situation is further complicated by the attempted transition from fossil fuels to low-carbon energy sources.

Since the Industrial revolution, development of the global economy has been fueled by energy from fossil fuels, with GDP and fossil fuel consumption growing exponentially. Gradual transition to alternative energy sources would be a big ask. To attempt a rapid transition while in the midst of geopolitical conflict could end in disaster.

Global Energy Sources

The challenge is further complicated by attempts to replace fossil fuels with wind and solar which generate intermittent power. Base-load power — generated from fossil fuels or nuclear — is essential for many industries. Microsoft are investigating the use of nuclear to power data centers. The US Department of Defense (DoD) has commissioned Oklo Inc. to design and build a nuclear micro-reactor to power Eielson Air Force Base in Alaska. Renewables are a poor option for critical applications.

Russia’s 2022 invasion of Ukraine highlighted Germany’s energy vulnerability despite billions of Euros invested in renewables over recent decades. You cannot run a modern industrialized economy without reliable energy sources.

Low investment in fossil fuel resources — which fail to meet ESG standards — has further increased global vulnerability to energy shortages during the transition.

Inflation

War and pandemics cause high inflation. Governments run large deficits during times of crisis, funded by central bank purchases in the absence of other investors. This causes rapid expansion of the money supply, leading to high inflation.

Geopolitical conflict and the attempt to rapidly transition to carbon-free fuels — while neglecting existing resources — are both likely to cause a steep rise in energy costs.

Energy Prices

Bond Market

The bond market has the final say. The recent steep rise in long-term Treasury yields is the bond market’s assessment of fiscal management in the US. The deeply divided House of Representatives has effectively been awarded an “F” on its economic report card.

10-Year Treasury Yield

Failure of a divided government to address fiscal debt at precarious levels and rein in ballooning deficits raises a question mark over future stability, with the bond market demanding a premium on long-term issues.

The rating downgrade of the United States reflects the expected fiscal deterioration over the next three years, a high and growing general government debt burden, and the erosion of governance relative to ‘AA’ and ‘AAA’ rated peers over the last two decades that has manifested in repeated debt limit standoffs and last-minute resolutions. (Fitch Ratings)

CBO projections show federal debt held by the public rising from 98% of GDP today to 181% in thirty years time.

CBO Debt Projections

Rising long-term yields also add to deficits as servicing costs on existing debt increase over time. The actual curve is likely to be even steeper. CBO projections assume an average interest rate of 2.5%, while current rates are close to 5.0%.

Yield Curve

Continuing large fiscal deficits in the next few decades appear unavoidable. The result is likely to be massive central bank purchases of fiscal debt — as in previous wars/pandemics — with negative real interest rates (red circles below) driving higher inflation (blue) and rising inequality.

Moody's Aaa Corporate Bond Yield & CPI

Political instability

Interest rate suppression effectively subsidizes borrowers at the expense of savers. Only the wealthy are able to leverage their large balance sheets, buying real assets while borrowing at negative real interest rates. Those less fortunate have limited access to credit and suffer the worst consequences of inflation, further accentuating the division in society and fostering political instability as populism soars.

Commodities

Resources are likely to be in short supply, from under-investment during the pandemic, geopolitical competition, and the attempted rapid transition to new energy sources. Prices are still likely to fall if global demand shrinks during a recession. But growing demand, shrinking supply (from past under-investment) and inflation pushing up production costs are expected to lead to a long-term secular up-trend.

Copper

Gold

High inflation, negative real interest rates and geopolitical competition are likely to weaken the Dollar, strengthening demand for Gold as a safe haven and inflation hedge. Breakout above $2000 per ounce would offer a long-term target of $3000.

Spot Gold

Conclusion

We expect large government deficits and shortages of energy and critical materials — such as Lithium and Copper — the result of a geopolitical struggle and attempt to transition to low-carbon energy sources over several decades.

Rising government debt will necessitate central bank purchases as the bond market drives up yields in the absence of foreign buyers. The likely result will be high inflation and interest rate suppression as central banks and government attempt to manage soaring debt levels and servicing costs.

Our strategy is to be overweight commodities, especially critical materials required for the transition to low-carbon fuel sources; short-term bonds and term deposits; and defensive (value) stocks.

We are also overweight energy, including: heavy electrical; nuclear technology; uranium; and oil & gas resources.

Gold is more complicated. Rising long-term interest rates will weaken demand for Gold, while geopolitical turmoil will strengthen demand, causing a see-sawing market with high volatility. If long-term yields fall — due to central bank purchases of US Treasuries — expect high inflation. That would be a signal to load up on Gold.

We are underweight growth stocks and real estate. Rising long-term interest rates are expected to lower earnings multiples, causing falling prices. Collapsing long-term yields due to central bank purchases of USTs, however, would cause negative real interest rates. A signal to overweight real assets such as growth stocks and real estate.

Long-term bonds are plunging in value as long-term yields rise, with iShares 20+ Year Treasury ETF (TLT) having lost almost 50% since early 2020.

iShares 20+ Year Treasury ETF

The trend is expected to reverse when Treasury yields peak but timing the reversal is going to be difficult.

Acknowledgements

Nuclear or renewables?

Fossil fuels were the source of 83.7% of energy produced in the USA for the first half of 2023, compared to 7.8% for nuclear and 8.4% for renewables.

US Energy Sources

Take a closer look at renewables and 5.0% of the total comes from biomass — wood and biofuels like ethanol. Solar contributes 0.9% and wind 1.5%, for a total of only 2.4%.

US Energy Sources

The scale required to achieve a tenfold increase in wind and solar is hard to imagine. France, on the other hand, has already demonstrated what can be achieved with nuclear.

France: Nuclear

Uranium

Uranium prices are soaring, with the Sprott Physical Uranium Trust (SRUUF) climbing to a new high since its formation in 2021.

Sprott Physical Uranium Trust (SRUUF)

As John Quakes explained, on the social media site formerly known as Twitter, the shortage is caused by Rosatom buying uranium in Western markets due to sanctions restricting shipping insurance in Russia:

US Energy Sources: Renewables

Conclusion

Nuclear is the only viable option to replace fossil fuels for electricity generation. Renewables such as wind and solar may contribute but nuclear is the only option that can be implemented on such a scale.

Uranium prices are soaring and are likely to remain high for as long as Russia occupies part of Ukraine.

Acknowledgements

The Catch-22 of energy storage | On Line Opinion

John Morgan questions whether wind and solar are viable energy sources when one considers energy returned on energy invested (EROEI).

There is a minimum EROEI, greater than 1, that is required for an energy source to be able to run society. An energy system must produce a surplus large enough to sustain things like food production, hospitals, and universities to train the engineers to build the plant, transport, construction, and all the elements of the civilization in which it is embedded. For countries like the US and Germany, Weißbach et al. estimate this minimum viable EROEI to be about 7……

The fossil fuel power sources we’re most accustomed to have a high EROEI of about 30, well above the minimum requirement. Wind power at 16, and concentrating solar power (CSP, or solar thermal power) at 19, are lower, but the energy surplus is still sufficient, in principle, to sustain a developed industrial society. Biomass, and solar photovoltaic (at least in Germany), however, cannot. With an EROEI of only 3.9 and 3.5 respectively, these power sources cannot support with their energy alone both their own fabrication and the societal services we use energy for in a first world country.

EROEI with and without storage

Energy Returned on Invested, from Weißbach et al.,1 with and without energy storage (buffering). CCGT is closed-cycle gas turbine. PWR is a Pressurized Water (conventional nuclear) Reactor. Energy sources must exceed the “economic threshold”, of about 7, to yield the surplus energy required to support an OECD level society.

These EROEI values are for energy directly delivered (the “unbuffered” values in the figure). But things change if we need to store energy. If we were to store energy in, say, batteries, we must invest energy in mining the materials and manufacturing those batteries. So a larger energy investment is required, and the EROEI consequently drops…[to the buffered level].

Read more at The Catch-22 of energy storage – On Line Opinion – 10/3/2015.