How The World’s Most Abundant Element Stacks Up as an Investment
By the Investment U Research Team
It’s true… hydrogen is the most prevalent element in the whole of existence. So if you believe that supply and demand ultimately determine prices… how can you make money off the easiest thing in the world to find?
Turns out, it’s rather difficult.
While hydrogen may be abundant, companies that can take hydrogen and turn it into energy, while making a profit in the process… are scarce… extremely scarce.
Currently, alternative fuels are all the rage… everywhere from Wall Street to the White House. Investors are debating about which will be the best way to make money from the shift to clean energy.
Will it be wind, biodiesel, solar, geothermal…. or even hydrogen?
It’s still too early to predict a winner. But judging from early indications hydrogen seems to be lagging the field. However, supporters insist it makes the most sense out of all of the alternative fuels.
No one can deny the element’s allure. Hydrogen is by far the most plentiful element on earth or in the universe for that matter. It’s an extremely efficient form of energy and it burns the cleanest of all fuels, emitting only a pure water vapor.
Such an elegant solution to our energy needs makes hydrogen stocks seem like a perfect investment. But hold on a moment…
While it’s true that fortunes are – and will be – made in the world of cutting-edge energy solutions… the future of this element and hydrogen stocks in general remains uncertain.
Hydrogen Stocks and The “Revolution” Sputter Along
A Everything Old is New Again
Everything Old is New Again
Like most other “alternative” fuels, the hydrogen fuel cell is not such a new concept at all.
A Welsh scientist named Sir William Robert Grove developed the first fuel cell in 1839. And also similarly to the modern-day fuel cell, his invention produced electrical energy by combining hydrogen and oxygen.
Due to the introduction of cheap fossil fuels, followed by the steam engine, the fuel cell was in large part dismissed.
However, it resurged in 1960s as an integral part of the NASA program… and has since garnered much attention as a clean energy source.
A Quick Explanation on How Fuel Cells Work
A hydrogen fuel cell functions similarly to a battery. But unlike a battery, the fuel cell does not store energy internally and therefore, it never runs out.
Through an electrochemical process, oxygen and hydrogen combine to form water. This reaction generates electricity.
Detroit put all its chips on fuel cell technology, and they’ve been telling us since the late 1990s that a breakthrough was right around the corner.
In 1997, German-owned DaimlerChrysler actually predicted 100,000 fuel cell engines on the road by 2005. In 2001 General Motors projected about the same timeline.
And when he was president, George Bush got into the act, declaring in his 2003 State of the Union message that “America can lead the world in developing clean, hydrogen-powered automobiles.”
So what exactly is the hold up?
Unfortunately, overwhelming practical problems still remain. As we see it, there are three major roadblocks in our quest towards a hydrogen economy.
Renewable Production of Hydrogen:
Hydrogen as a fuel does not occur naturally. There are no hydrogen reserves to tap or mines we can excavate. It must be manufactured, shipped and then stored, presenting a whole slew of problems. While the element can be extracted from water and solar energy, the use of fossil fuels is so far the preferred method. This causes a net energy loss. And it doesn’t provide a solution to our growing dependence on foreign oil or dangerous carbon dioxide emissions.
A short explanation for Detroit’s failure is that the engineering problems were bigger than they thought. Freezing conditions are a major concern. The H2O byproduct causes serious implications in colder temperatures. Another issue is its actual storage. Because hydrogen has such low density, a hydrogen fuel tank has to be three times larger than a gasoline tank.
The fuel cell engine costs ten times as much as a conventional engine. Advances are being made in the field that would make it a more affordable alternative. But for the time being, the price is just too steep.
On a larger scale, the infrastructure would be a costly investment. A national hydrogen rollout could cost as much as $100 billion or more. Hydrogen fuel stations would have to replace, or in the very least supplement, current gas stations.
A Closer Look at Hydrogen Stocks
Clearly, if these problems can be overcome, the results would be worth the efforts. But there’s no indication that will be happening any time in the near future… leaving investment opportunities in this sector wildly unpredictable.
The Hydrogen Fuel Cell Institute used to compile a Hydrogen Fuel Cell Index, an informal index that tracked small and mid-cap stocks involved in the development of fuel cells – the devices that convert hydrogen to electrical power.
They stopped updating it in 2007, but even before the financial crisis, things didn’t look too pretty. As you can see, the number of companies involved in fuel cell development went from the high 300s in 2000, to slightly over 100 by the end of 2007.
Obviously not the signs of a booming growth industry… but rather an indication of the difficulty of making money in this business.
And unfortunately, it’s a similar scenario for investors. The simple fact is, despite the obvious “green energy” attraction of this element… investing in companies making hydrogen fuel cells is a crapshoot.
However, if you are interested in taking a long shot or are willing to be very patient, there are a few hydrogen stocks to take a look at.
As early as 2002, Hawaiian company Hoku Corporation (Nasdaq: HOKU) claimed to produce fuel cells that operate at 80% of the capacity of the best fuel cells but cost only 20% as much to produce. The company has not brought the product to market and the stock hasn’t shown much life, even though it’s got substantial divisions in other green technologies.
FuelCell Energy (Nasdaq: FCEL) focuses more on stationary hydrogen fuel cells, as opposed to ones that go into vehicles, which some experts think are much closer to wide adoption. Again, this company is also a money loser.
In May of 2010, a company called Bloom Energy revealed – to much fanfare – its BloomBox. The refrigerator-sized boxes with fuel cells were ballyhooed as the future of stationary energy, and were already powering several Google offices and Wal-Marts.
The jury on the BloomBox’s viability is still out. And since then, the excitement has faded into the background. Even if the BloomBox is the answer, currently there’s no way for individual investors to get in, as this is still a private company at this point.
A Final Word on Investing in Hydrogen Power Stocks
There’s still hope that hydrogen will come through in the end, but the National Academy of Sciences believes the “hydrogen economy” is decades away.
And while we are strong supporters of the buy and hold strategy, investing in hydrogen power stocks may require that you buy… and hold… and hold… and then hold some more.
There is a great deal of potential and unlimited room for growth in this industry. It just might take time… a long time.
The Investment U Research Team