THE ANATOMY OF DEGROWTH – A SEEDS ANALYSIS
Unless you’ve been stranded on a desert island, cut off from all sources of information, you’ll know that the global economy is deteriorating markedly, whilst risk continues to increase. Even the most perennially optimistic observers now concede that the ultra-loose policies which I call ‘monetary adventurism’, introduced in response to the 2008 global financial crisis (GFC), haven’t worked. Popular unrest is increasing around the world, even in places hitherto generally regarded as stable, with worsening hardship a central cause.
As regular readers know, we’ve seen this coming, and have never been fobbed off by official numbers, or believed that financial gimmickry could ‘fix’ adverse fundamental trends in the economy. Ultimately, the economy isn’t, as the established interpretation would have us believe, a financial system at all. Rather, it’s an energy system, driven by the relationship between (a) the amount of energy to which we have access, and (b) the proportion of that energy, known here as ECoE (the Energy Cost of Energy), that is consumed in the access process.
Properly understood, money acts simply as a ‘claim’ on the output of the energy economy, and driving up the aggregate of monetary claims only increases the scope for their elimination in a process of value destruction.
We’ve been here before, most recently in 2008, and still haven’t learned the brutal consequences of creating financial claims far in excess of what a deteriorating economy can deliver.
The next wave of value destruction – likely to include collapses in the prices of stocks, bonds and property, and a cascade of defaults – cannot much longer be delayed.
What, though, is happening to the real, energy-driven economy? My energy-based economic model, the Surplus Energy Economics Data System (SEEDS), is showing a worsening deterioration, and now points to a huge and widening gap between where the economy really is and the narrative being told about it from the increasingly unreal perspective of conventional measurement.
The latest iteration, SEEDS 20, highlights the spread of falling prosperity, with the average person now getting poorer in 25 of the 30 countries covered by the system, and most of the others within a very few years of joining them..
To understand why this is happening, there are two fundamental points that need to be grasped.
First, the spending of borrowed money doesn’t boost underlying economic output, but simply massages reported GDP into apparent conformity with the narrative of “perpetual growth”.
Second, conventional economics ignores the all-important ECoE dimension of the energy dynamic that really drives the economy.
Overstated output – GDP and borrowing
Ireland is an interesting (if extreme) example of the way in which the spending of borrowed money, combined in this case with changes of methodology dubbed “leprechaun economics”, has driven recorded GDP to levels far above a realistic appraisal of economic output.
According to official statistics, the Irish economy has grown by an implausible 62% since 2008, adding €124bn to GDP, and, incidentally, giving the average Irish citizen a per capita GDP of €66,300, far higher than that of France (€36,360), Germany (€40,340) or the Netherlands (€45,050).
What these stats don’t tell you is that, over a period in which Irish GDP has increased by €124bn, debt has risen by €316bn. It’s an interesting reflection that, stated at constant 2018 values, Irish debt is 85% higher now (at €963bn) than it was on the eve of the GFC in 2007 (€521bn).
When confronted with this sort of mix of GDP and debt data, two questions need to be asked.
First, where would growth be if net increases in indebtedness were to cease?
Second, where would GDP have been now if the country hadn’t joined in the worldwide debt binge in the first place?
Where Ireland is concerned, the answers are that trend growth would fall to just 0.4%, and that underlying, ‘clean’ GDP (C-GDP) would be €212bn, far below the €324bn recorded last year.
In passing, it’s worth noting that this 53% overstatement of economic output has dramatic implications for risk, driving Ireland’s debt/GDP ratio up from 297% to 454%, and increasing an already-ludicrous ratio of financial assets to output up from 1900% to a mind-boggling 2890%.
These ratios are rendered even more dangerous by a sharp rise in ECoE, but we can conclude, for now, that the narrative of Irish economic rehabilitation from the traumas of 2008 is eyewash. Indeed, the risk module incorporated into SEEDS in the latest iteration rates the country as one of the riskiest on the planet.
Though few countries run Ireland close when it comes to the overstatement of economic output, China goes one further, with GDP (of RMB 88.4tn) overstating C-GDP (RMB 51.1tn) by a remarkable 73%. Comparing 2018 with 2008, Chinese growth (of RMB 47.2tn, or 115%) has happened on the back of a massive (RMB 170tn, or 290%) escalation in debt. SEEDS calculations put Chinese trend growth at 3.1% – and still falling – versus a recorded 6.6% last year, and put C-GDP at RMB 51tn, 42% below the official RMB 88.4tn. Essentially, 62% (RMB 29tn) of all Chinese “growth” (RMB 47tn) since 2008 has been the product of pouring huge sums of new liquidity into the system.
In each of the last ten years, remarkably, Chinese net borrowing has averaged almost 26% of GDP, a calculation which surely puts the country’s much-vaunted +6% rates of “growth” into a sobering context. After all, GDP can be pretty much whatever you want it to be, for as long as you can keep fuelling additional ‘activity’ with soaring credit. Even second-placed Ireland has added debt at an annual average rate of ‘only’ 13.5% of GDP over the same period, with Canada third on this risk measure at 11.5%, and just three other countries (France, Chile and South Korea) exceeding 9%. China and Ireland are the countries where cosmetic “growth” is at its most extreme.
Fig. 1 sets out a list of the ten countries in which GDP is most overstated in relation to underlying C-GDP. The table also lists, for reference, these countries’ annual average borrowing as percentages of GDP over the past decade, though it’s the relationship between this number and recorded growth which links to the cumulative disparity between GDP and C-GDP.
Of course, C-GDP is a concept unknown to ‘conventional’ economics, to governments or to businesses, which is one reason why so much “shock” will doubtless be expressed when the tide of credit-created “growth” goes dramatically into reverse.
Those of us familiar with C-GDP are likely to be unimpressed when we hear about an “unexpected” deterioration in, and a potential reversal of, “growth” of which most was never really there in the first place.
The energy dimension – ECoE and prosperity
Whilst seeing through the use of credit to inflate apparent economic output is one part of understanding how economies really function, the other is a recognition of the role of ECoE. The Energy Cost of Energy acts as a levy on economic output, earmarking part of it for the sustenance of the supply of energy upon which all future economic activity depends.
As we have discussed elsewhere, depletion has taken over from geographic reach and economies of scale as the main driver of the ECoEs of oil, gas and coal. Because fossil fuels continue to account for four-fifths of the total supply of energy to the economy, the relentless rise in their ECoEs dominates the overall balance of the energy equation.
Renewable sources of energy, such as wind and solar power, are at an earlier, downwards point on the ECoE parabola, and their ECoEs are continuing to fall in response to the beneficial effects of reach and scale. The big difference between fossil fuels and renewables, though, is that the latter are most unlikely ever to attain ECoEs anywhere near those of fossil fuels in their prime.
Whereas the aggregated ECoEs of oil, gas and coal were less than 2% before the relentless effects of depletion kicked in, it’s most unlikely that the ECoEs of renewables can ever fall below 10%. One of the reasons for this is that constructing and managing renewables capacity continues to depend on inputs from fossil fuels. This makes renewable energy a derivative of energy sourced from oil, gas and coal. To believe otherwise is to place trust in technology to an extent which exceeds the physical capabilities of the resource envelope.
This, it must be stressed, is not intended to belittle the importance of renewables, which are our only prospect, not just of minimizing the economic impact of rising fossil fuel ECoEs, but of preventing catastrophic damage to the environment.
Rather, the error – often borne of sheer wishful thinking – lies in believing that renewables can ever be a like-for-like replacement for the economic value that has been provided by fossil fuels since we learned to harness them in the 1760s. The vast quantities of high-intensity energy contained in fossil formations gave us a one-off, albeit dramatic, economic impetus. As that impetus fades away, it would be foolhardy in the extreme to assume that the economy can, or even must, continue to behave as though that impetus can exist independently of its source.
For context, SEEDS studies show that the highly complex economies of the West become incapable of further growth in prosperity once their ECoEs enter a range between 3.5% and 5.5%.
As fig. 2 shows, the first major Western economy to experience a reversal of prior growth in prosperity per capita was Japan, whose deterioration began in 1997. This was followed by downturns in France (from 2000), the United Kingdom (2003), the United States (2005) and, finally, Germany, with the deterioration in the latter deferred to 2018, largely reflecting the benefits that Germany has derived from her membership of the Euro Area.
Less complex emerging economies have greater ECoE tolerance, and are able to continue to deliver growth, albeit at diminishing rates, until ECoEs are between 8% and 10%. These latter levels are now being reached, which is why prosperity deterioration now looms for these economies as well.
As fig. 3 illustrates, two major emerging economies, Mexico and Brazil, have already experienced downturns, commencing in 2008 and 2013 respectively. Growth in prosperity per person is projected to go into reverse in China from 2021, with South Korean citizens continuing to become more prosperous until 2029. The latter projected date, however, may move forward if the Korean economy is impacted by worldwide deterioration to a greater extent than is currently anticipated by SEEDS.
Consequences – rocking and rolling
As we’ve seen, then – and for reasons simply not comprehended by ‘conventional’ interpretations of the economy – worldwide prosperity has turned down, a process that started with the more complex Western economies before spreading to more ECoE-tolerant emerging countries.
For reasons outlined above, no amount of financial tinkering can change this fundamental dynamic.
At least three major consequences can be expected to flow from this process. Though these lie outside the scope of this analysis, their broad outlines, at least, can be sketched here.
First, we should anticipate a major financial shock, far exceeding anything experienced in 2008 (or at any other time), as a direct result of the widening divergence between soaring financial ‘claims’ and the reality of an energy-driven economy tipping into decline. SEEDS 20 has a module which provides estimates of exposure to value destruction, though its indications cannot do more than suggest orders of magnitude. Current exposure is put at $320tn, far exceeding the figure of less than $70tn (at 2018 values) on the eve of the GFC at the end of 2007. This suggests that the values of equities, bonds and property are poised to fall very sharply indeed, something of a re-run of 2008, though with the critical caveat that, this time, no subsequent recovery is to be anticipated.
Second, we should anticipate a rolling process of contraction in the real economy of goods and services. This subject requires a dedicated analysis, but we are already witnessing two significant phenomena.
Demand for “stuff” – ranging across a gamut from cars and smartphones to chips and components – has started to fall, a trend likely to be followed by falling requirements for inputs.
Meanwhile, whole sectors of industry, including retailing and leisure, have experienced severe downturns in profitability. Utilization rates and interconnectedness are amongst the factors likely to drive a de-complexifying process that is a logical concomitant of deteriorating prosperity. This in turn suggests that a widening spectrum of sectors will be driven to and beyond the threshold of viability.
Finally, the political challenge of deteriorating prosperity is utterly different from anything of which we have prior experience, and it seems evident that this is already contributing to worsening unrest, and to a challenge to established leadership cadres. This process is likely to relegate non-economic agendas to the lower leagues of debate, and has particular implications for policy on redistribution, migration, taxation and the provision of public services.
My intention now is to use SEEDS to provide ongoing insights into some of the detail on issues discussed here. If we’re right about the economic direction of travel, what lies ahead lies quite outside the scope of past experience or current anticipation.