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This Energy Revolution Could Shrink Your Electric Bill to Zero

October 31, 2017

Happy Halloween. Whether you’ll get a trick or a treat is hard to know in this zombified economy.

Take negative interest rates. When Europe’s central banks pushed rates below zero, large depositors found themselves paying interest instead of receiving it.

But at the same time, some lucky homeowners found their mortgage payments turn into credits.

The weirdness continues. Last week, Bloomberg reported that German power producers would likely be paying customers to use electricity this weekend.  

How does this possibly make sense?

The answer is in the wind.

Photo: AP

Blown-Away Prices

Normally, utility companies calculate how much a kilowatt-hour of electricity will cost to produce and therefore, how much to charge the customers. That’s pretty easy to do with fossil fuels, but wind production—which Germany depends on heavily—can be volatile due to weather conditions. That means utilities must install extra renewable power capacity to meet demand in suboptimal conditions.

The more power is generated, the cheaper it becomes—so in the occasional great conditions, the ratio goes negative, i.e., there’s so much power generated that instead of making a profit, the utility basically has to pay the customers.

Much of the developing world (plus Puerto Rico) has the opposite problem: expensive electricity, and often not enough of it. But that’s changing as renewable energy costs drop.

Unlike fossil fuels, we can tap solar and wind energy without reducing their supply. That means their cost curve looks more like a new technology than a dwindling commodity.

You’ve heard of Moore’s Law, which says microchip performance doubles every two years. Something similar is happening with renewable energy. Production costs drop as we produce more.

Two months ago, the US Department of Energy projected the unsubsidized cost of wind energy could drop 50% from current levels by 2030.

That’s not dreamy environmentalist sentiment either.

Remember who runs the DOE now: former Texas Governor Rick Perry. He’s one of the oil industry’s best friends—but he saw Texas harvesting wind energy and knows how much it helped our grid.

Photo: Chris Vreeland via Flickr

The Revolution Is Here

Just north of Austin, where I live, is Georgetown, population about 65,000. I drive through there when I go to Dallas. It’s a picturesque town with an old courthouse square.

Georgetown Mayor Dale Ross is a Trump-supporting, staunch Republican. He decided in 2015 that Georgetown should get all its electricity from renewable sources.

Ross, who is also a CPA, says the choice was clear when he ran the numbers. He told The Guardian last month:

“The revolution is here,” he said. “And I’m a good little Republican, a rightwing fiscal conservative, but when it comes to making decisions based on facts, that’s what we do.”

Prices in the city, Ross said, have declined from 11.4¢ per kilowatt hour in 2008 to 8.5¢ this year. Georgetown sources most of its power from a wind farm 500 miles away in Amarillo and will get solar energy from a farm in west Texas that is expected to be finished next June, meaning the city can attain its 100% renewable goal even when the wind isn’t blowing. This year, Ross said, the tally is about 90%, down from 100% in 2016.

“How is anybody going to compete with wind and solar?” said Ross, who has ordered an electric-powered BMW scooter from California and plans to fit solar panels at his home and office.

This matches what I’ve thought for a long time. Renewable sources will eventually supply most of the world’s energy, not because governments subsidize them or mandate them, but because they cost less than fossil fuels.

That’s not to say the oil, gas, and coal industries will disappear soon. They’ll survive for many years… but they will also shrink.

Deny, Delay, or Adapt

Remember Kodak? Unable to imagine a world without film, management didn’t adapt to digital photography fast enough. The company went bankrupt in 2012.

Fossil fuel producers face a similar dilemma. The world is changing around them. Their choices are to deny, delay, or adapt.

The giant oil and gas companies all have renewable energy initiatives and subsidiaries. From what I see, they are mostly half-hearted. I suspect the boards view those segments as a public-relations necessity.

Some companies are more serious, though. Top management makes renewable-energy production a high priority. C-level execs take personal interest in it and approve big capital investments.

I think the second group has a much brighter future. In fact, it may be even brighter than that of some newer companies that specialize in solar and wind energy.

Photo: AP

A successful business is more than a good idea and a bank account. It’s a culture, a vast set of knowledge and relationships. Building a truly sustainable organization takes time and can’t be duplicated easily.

Energy production, whether fossil fuel or renewable, is about solving large-scale, capital-intensive engineering problems—like the major oil companies have been doing for decades.

As an investor in renewable energy, I would pick an oil company that’s aggressively moving into wind and solar over a VC-backed Silicon Valley clean-energy startup any day of the week.

Europe Goes First

I came to this conclusion while looking for dividend-producing stocks for Yield Shark subscribers. I try to find companies with both high current income and a secure long-term future.

In evaluating energy stocks, I noticed a pattern in their attitudes to solar and wind projects. European energy companies seem to be much more serious than the major US producers.

That means if you only own US energy stocks, or US-focused energy ETFs, your portfolio may be missing an important component.

So far, I’ve found two large-cap European energy majors that are doing well on the fossil fuel side and working hard to ramp up renewable energy revenue. Both have dividend yields in the 4–5% range.

Photo: AP

Accelerating Change

You might ask why the hurry. Oil and gas companies are making good money—so plenty of time to pivot later.

For the answer, look at your iPhone, or Samsung Galaxy, or whatever mobile device you carry.

Think about how much these smartphones changed the world. Business, family life, romance, entertainment, education, travel—it’s all radically different now. Not always for the better, but there’s no denying the change.

All that change happened in the last 10 years. All of it.

Many folks laughed when Apple launched the first iPhone in 2007. “Who needs one of those? My Nokia flip phone is fine.”

Few of those people have flip phones anymore. That’s how much the world can evolve in a single decade. And the pace of change has, if anything, accelerated since then.

The energy business may not change exactly the way I imagine, but I’m very sure it will change. Your investments need to change with it.

See you at the top,

Patrick Watson

P.S. If you’re reading this because someone shared it with you, click here to get your own free Connecting the Dots subscription. You can also follow me on Twitter: @PatrickW.

Discuss This


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Oct. 31, 2017, 6:09 p.m.

I am glad you have discovered the disruption coming from cheaper renewable energy options here now and increasingly cheaper in the near future.  I fear that many investors will be left holding near worthless fossil fuel reserves within the next 10 years as this transition goes through electric markets and transportation (Battery electric cars).

Barry Brill

Oct. 31, 2017, 5:21 p.m.

Solar power is available less than half the time. Wind comes and goes as it pleases, and is unavailable about 75-80% of the time. Neither are any use to a grid operator unless:
(1) The intermittent electricity goes into batteries or other storage, and can be dispatched when needed.
(2) The wind/solar generators are backed up by spinning reserves from gas turbines, which stabilise the system.

Once the cost of strife or back-up is factored in, the variable cost of renewable energy soars. Also, many of the shallow analyses focus on the low-cost of fuel and ignore the high capital-servicing costs go generators with low load factors.

I’m sorry to say this piece is the most lightweight article I have ever seen emerge from the Maudlin stable.

Oct. 31, 2017, 3:57 p.m.

We cut our energy bill in half by adding 10 to 12 inches of fiberglass insulation over our ceiling.  This happened during the 1970’s.  We need to modify our construction codes to make this a standard practice.  The payback took only two years.

Don Bishop

Oct. 31, 2017, 3:26 p.m.

The graphs showing that Germany, Denmark and South Australia have the world’s highest electricity prices are here:

Don Bishop

Oct. 31, 2017, 3:19 p.m.

Patrick needs to do more research. Renewable enthusiasts have been known to fib, stretch the truth, cherrypick data and blatantly lie. Denmark and Germany have the most solar and wind in Europe, and they also have the highest electricity prices.

Australia is trying to out-dumb Germany and Denmark. If South Australia were a country it would have the highest electricity prices in the world of any nation; it attained that ‘distinction’  by building a massive number of wind turbines.

Don Bishop



Steven Williams 29355

Oct. 31, 2017, 3:08 p.m.

Very poor article Patrick.  Same pablum that is being offered up by the Al Gore crowd.  Renewables will never provide most of the world’s energy even if they are free.  The world does not run on intermittent power and that’s what renewables provide (at least until storage can be produced massively and inexpensively). Take wind, it has a power factor of maybe 20%, but who really needs power at night, so the effective power factor is only 10%.  That means you have install 10x the MW as gas powered plants to get the same MWh, but that still doesn’t address the intermittent issue.

The negative price of electricity in Germany you reference is not a result of the merits of renewables but rather the incoherent energy strategy adopted by Germany.  That is why on average the Germans pay 4x the cost of electricity than US citizens pay.

Nuclear fusion will be our primary source of power in 50 years.  It will be cheap and limitless.

Oct. 31, 2017, 1:55 p.m.

Ummm, no.

As long as Georgetown is connected to the grid and draws power from it when the sun isn’t shining and the wind isn’t blowing, they don’t get 100% of their power needs from renewable sources.  The levelized cost of electricity, LCOE, which is likely the numbers you’re quoting, is a very poor measure of the true cost of wind and solar energy.  Unless you have expensive massive storage capacity, you will still need some type of rapid spin up electricity generation.  At the moment, that’s gas turbines.  You still need have a grid which costs money.  In fact, with wind and solar, you need a much biggter grid.

Robert Watkins

Oct. 31, 2017, 11:40 a.m.

Sure, why not take advantage of cheap energy subsidized by the American taxpayer?  I mean, if everyone else is taking it, why not take it yourself. By the way, that is what got us into our $20 trillion debt! Just more free stuff on the back of poor taxpayers!

Oct. 31, 2017, 11:36 a.m.

Please do a bit of research on this.  It is very silly.

Joseph McKenney

Oct. 31, 2017, 11:24 a.m.

Are those quoted costs subsidized? If so, they are not really the costs.

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