Energy Disinflation as a Source of Stimulus?
Compared to a $0.50/gallon rise in gasoline, on 500 gallons/yr (15,000 miles at 30mpg), that equates to $250/yr. In other words, gasoline could move from $3.00/gallon to $5.00/gallon with no net impact at home. RBOB gasoline contracts are at about $3.32 today, up $0.80 since early 2010. Maybe not a big deal in comparison; and for further comparison, the Bush income tax rebate checks (remember those?) were about the same ‘net’ amount, $400/household/yr.
Importantly, the bills for gas/power are delayed–hedges roll off, rate plans adjust slowly, etc, but it all comes through eventually.
The impact to businesses and industrials in the US, you can imagine, will be large and accretive to earnings.
US-PJM Monthly Peak electricity price futures.
Also of importance: in a power or gas utility bill, roughly 50-60% of the total bill will be fixed cost charges–largely invested capital and its cost–and thus not be impacted by a decline in power/gas prices, that is embedded in our calculation on total savings.
While it is true that some states won’t see as dramatic a decline as others and the timing will be constrained by rate mechanisms, as well as the timing of puchased power contracts/hedges rolling off, it would be incorrect to assume that these declines won’t flow through customers bills, eventually they will. In some states, power charges are disaggregated and run on a trailing moving average that simply run through bills.
While its true that the % of gas used to generate electricity is around 25%, the price of natural gas sets the price of electricity in many if not most of the major US power markets during peak hours, and during most of the year (exceptions being soft shoulders in April and October), due to marginal cost dispatch economics. This is particularly true for California, Texas and Florida, three enormous markets.
Now, a fully regulated utility is likely to use ‘average cost ratemaking’, in which case the moderations of natural gas price will be less impactful than in those markets with competitive structure (like PJM). Nevertheless, you would still expect to see 5-10% declines in a total bill in those regions. Where gas is on the pricing margin–some of the larger markets–you expect larger and faster declines in customer bills, as soon as this year in fact.
I’d love to say MS is getting it wrong both times (post 2008), but there are two factors out there that are puzzling….
According to analysis on power demand data in the US over the past 4-5 months, adjusting for the unusually low weather, power demand is growing at .6% per annum, and using historic correlations between power demand and GDP, GDP is growing at 1.3% now Y/Y. Prior period was 3.0%, though JP Morgan is out saying today that there will be a .5% revision upward to that number due to medical care spending up 15% vs 2.6% expected. (source: Macquarie, and others). The argument here is that efficiency, while slowly building in, can’t explain all the decline in demand and something else is happening.
Using DOE Crude Oil output implied demand statistics, the US just seems to stay virtually flat now for several years now–despite rising population and decent GDP growth. Certainly some of this is low moving rates for homes and efficiency in auto mileage, but that also alone seemingly might not explain it all.
Maybe things are different this cycle–internet efficiencies, power demand efficiencies in devices and appliances, etc. But it bears watching, because these are big data sets that never used to ‘lie’. Its possible the gas/coal switching is reducing oil demand enough to show up a smidge? As an aside, Macquarie calculates that based on real-time power generation data they are seeing in the US, as much as 100GW of coal is currently idled–that is 1/.3 of the entire fleet. Some is coming back online through forced burn due to dangerous stockpile levels (high) and maxing out their low point on annual allocations from the producers. Yikes.