The recent fall in oil prices has received so much coverage that its
recent recovery is almost unnoticed by the wider market. And yet oil has
recovered exactly as predicted and to the point generally predicted by
most experts, high enough to support the continued flow of much of the
unconventional oil which the market was consuming before the price spike
led to temporary excess capacity. The drop was self-correcting.
The sell off in energy stocks triggered by this market event was indiscriminate. Even SolarCity wasn’t
immune, though it is quite hard to make a case that it’s current
business model is threatened by cheap oil. But will that always be the
case? With Elon Musk’s Tesla Powerwall
introducing home and business energy storage solutions last week, we
may be seeing the outline for a long-term renewable based power grid.
Combine that with Tesla Motors‘s autos, or next generation electric cars, perhaps designed by Apple , perhaps driverless from Google, and a carbon-less energy future starts to look possible.
Elon Musk, CEO of Tesla, unveils a home
battery named Powerwall and large utility pack called Powerpack April 30
at Tesla’s design studio in Hawthorne, Calif. (Photo by Kevork
Djansezian/Getty Images) Even today, experts like Jason Bordoff of the Columbia Global Energy
Policy Center are asking whether we are seeing a global peak in oil
demand, a far cry from the peak oil concerns of a few years ago.
Oil and gas will likely be with us for centuries to come as the stuff
that makes products from plastics to petroleum jelly. But better
batteries could lead to the end of oil and gas for much of its current
uses—transportation and power. When that starts to occur, oil and gas
prices will certainly slide, past the cost point for unconventional oil
production, and then some. What happens to renewables when oil becomes
that cheap?
A look at the fall in natural gas prices may provide a clue. Despite
the ridiculously low price of natural gas in North America as a result
of the rise of unconventional production, the conversion to gas has been
slow, with much gas flared in the Bakken and left underground in
Marcellus. Why? It’s about the infrastructure. Gas can’t move around on
rail cars like oil, and the pipelines, LNG and GTL plants that are
required to make commercial use of this resource are capital intensive,
and complicated and time consuming to site and permit. Many factors are
necessary to make gas work, such as risk capital, long-term off-takers
and government approvals. It’s not so easy make this all happen, even in
an environment in this country in which there is huge pressure to shut
down coal-fired plants and a willingness to permit LNG export
facilities.
The use of natural gas continues to rise in the United States but the
low price alone isn’t driving this trend. What about oil? Oil
production is much more responsive to price. We now see that
unconventional, despite its higher production price point, is perhaps a
flexible form of production, at least for the moment, easier to start
and stop, less about exploration and more about extraction.
Nevertheless, the only place we saw lower oil prices driving increased
use is in motor fuel due to lower pump prices.
Several solar projects in Mexico were temporarily shelved in favor of
continued use of diesel at the lower prices. But falling oil didn’t
slow the growth of distributed solar power in the United States nor
really otherwise impact demand, beyond driving habits, for the same
reason that we all aren’t already using natural gas for all our power
needs: the infrastructure.
Installed capacity, whether gas or renewable, can’t be changed to
cheap oil with the flip of a switch. Neither can a nuclear power point
be taken off line the moment that oil prices fall. While energy source
costs are certainly a factor, real long term energy use is equally
driven by the infrastructure, including transmission and power
production, which will never be fast paced assets.
Back to batteries: if this Tesla Powerwall
thing, or the next generation, or its competition, delivers—whether in
years or decades–and the infrastructure to support it is ultimately
built, smart grids and enough renewable generation, oil prices will
certainly fall, and when that happens, the drop won’t be
self-correcting.
http://www.forbes.com/sites/joelmoser/2015/05/08/energy-investors-should-follow-elon-musk-almost-anywhere/
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