A recent article
“Smarting Up Electrical Grids” on May
23, 2017, discussed Hydroelectric Pumped Storage and its use as a method to
achieve ‘balanced load’ necessary to keep electricity flowing without
interruption to our homes. This old
school, low-tech solution is gaining popularity in the modern, ‘smart’ electric
grid. The Federal Energy Regulatory Commission
recently issued three new licenses for new pumped storage projects.
Any time there is a dramatic change in trend, opportunistic investors need to investigate. Eagle Crest Energy received one of the three new licenses from FERC. It is a private held company and keeps a low profile...perhaps for good reason.
The new interest
in Hydroelectric Pumped Storage systems is due in part to innovations that are
bringing new versatility the technology.
One innovation is the use of wind turbines or solar power to directly
drive water pumps. This could make such
systems net neutral in terms of energy use.
Underground
reservoirs have become an option, opening up new location opportunities. One example is a consortium of government and
industry is working on the Prosper-Haniel project in North-Rhine Westphalia,
Germany, where the cavities of a coal mine will be used as reservoirs to manage
power from wind and solar power sources.
The project was the subject of the March 21st post “German Energy Policies Leave U.S. in (Coal)
Dust.”
Eagle Crest Energy is aiming for a similar goal. The company intends use an abandon iron mine to construct the Eagle Mountain Pumped Storage
Project in Southern California. Kaiser
Steel Corporation pulled iron out of Eagle Mountain Mine from 1948 to 1982,
leaving behind four open pits. Two of
these pits will be used as the water reservoirs for the pumped storage system.
Southern
California has one of the largest electricity markets in the U.S. California has set a goal to source at least
50% of its energy from renewable sources by 2030. This means increased wind and solar power. Typical of the renewable power sources that
will benefit from the pumped storage project is the Desert Sunlight Solar Farm
with generating capacity of 550 megawatt hours.
The solar farm is connected to electric grid of Southern California
Edison. The Eagle Mountain project will
have capacity to balance 1.3 gigawatts of power from these projects as well as
nuclear and conventional fossil fuel power plants that remain connected to the
grid.
The project has
some opposition in the neighborhood. The
mine has no natural water source other than run-off from adjacent hills. To fill the reservoir Eagle Crest will have
to siphon over nine billion gallons of water from the surrounding area just to
get started. Another 600 million gallons
will be needed each year to replace evaporated volume. To put this in perspective, this about as
much water as is used by two 18-hole golf courses each year. Water is an even more a contentious issue in
California than climate change and the adjacent need for renewable energy.
The Eagle
Mountain pumped storage project is located adjacent to the Joshua Tree National
Monument that straddles the Mojave and Colorado Deserts. Indeed, Kaiser Steel was able to establish
the iron mine by receiving a carve-out from the original land set aside for the
national monument in 1936. What is left
now is the hollowed out mine site surrounded mostly by farms that are highly
dependent upon water from three underground aquifers. The magnitude of the water requirement is
more than likely going to impact all three water bodies and farmers in the area
are vocal critics of the plan.
Nonetheless,
there are now few impediments to the project from a legal standpoint. Capital resources could be another
issue. Eagle Crest is a private company
and appears to hold its ‘financing’ cards close to its collective vest. Inquisitive investors may eventually get a
taste of this company’s aspirations for Hydroelectric Pumped Storage.
Neither the author of the Small Cap Strategist web
log, Crystal Equity Research nor its affiliates have a beneficial interest in
the companies mentioned herein.
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