I’m trying to get some “big ideas” for my next book on renewables.  The one I favor at this point is a take-off on the first book’s “tough realities” theme:

What, pragmatically, are we facing – technologically, economically, and politically — in terms of the migration to renewables?

I like to investigate the themes that I myself most want to learn about – in the belief that my own way of thinking is a reasonable proxy for others. To that end, I propose to explore ideas like:

  • Socially, how to you make this happen? I.e., How does one motivate people to deal with the financial pain of the front-loaded costs of renewables? In particular, how do we accomplish this in the real world of politics and public relations in which we live?
  • To what degree is efficiency important? What is the import of the fact that Europeans about one-half the amount of power per capita as Americans?  But again, how to do get people to deal with a certain amount of sacrafice?
  • I deliver consulting services to companies that take ecologically dangerous substances (e.g., chicken manure and coal ash) and turn it into clean and useful products (e.g., energy and building products, respectively) that have had a tough time selling their wares, since historically there has been no legal imperative for anyone to adopt new, cleaner business practices. How is that likely to change in the coming years, as the world sees an increasing need to protect itself from the lethal effects of pollution?  How will that change affect my clients’ business viability?
  • To what degree does society need to create millions of decentralized and localized “utilities” in the form of consumers with their own PV arrays, wind turbines, etc? Can this help us avoid making the same mistake we made last time in creating huge energy companies and centralized utilities?
  • Is there a way to do any of this without a significant increase in the price of fossil-fuel-based energy?  If not, as I currently suspect, how should that price increase come about?
  • What are the most likely scenarios for the increasing costs (economic, social, military) of our current course re: fossil fuels?
  • In turn, what are the most likely trajectories for the migration to clean energy, considering the growth in energy-hungry segments of the world’s population?
  • Will there be a gap, as some suggest, where the energy required to build and deploy renewables in a timely fashion is simply unavailable? What then?
  • And speaking of gaps, why is there such a huge chasm between most serious scientists and economists – and those who believe that “business as usual” is a reasonable course for mankind to pursue?

Please let me know what you think here.  Thanks.

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In my estimation, Scott Adams (of “Dilbert” fame) is one of the brightest people living among us. His sardonic observations on the realities of the workplace have amused – and, I dare say, enlightened — people for many decades.

For anyone who missed his piece on building a “green” house in this weekend’s weekend Wall Street Journal, I’ve linked it above. Of course, the only reason it wound up in the WJS is the fact that, to some degree, it lampoons those of us who care about the quality of the world we’re leaving to future generations. But true to form, Adams’ article gets so many things right – and provides so many chuckles – that that it’s more that worth your time.

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The Vector has written about Ocean Energy in earlier posts. Today we highlight some exciting domestic projects.

** The first U.S. Wave Energy farm launched a test program this spring in Oregon. Ocean Power Technologies (OPT) is running the test program, with floating buoys that harness the natural up and down movement of the waves. The ebb and flow movement causes the pump to move in a circular motion which drives an electric generator, with energy sent to shore through submerged cables. This farm is being financed by Oregon tax credits, Pacific Northwest Generating Cooperative and the U.S. Department of Energy.

** Verdant Power initiated the Roosevelt Island Tidal Energy (RITE) Project in New York City’s East River. It is a three phase project. Phase 1 (2002-2006) was proto-type testing, and Phase 2 (2006-2008) was demonstration. Currently it is in Phase 3 (2009-2012) with the MW Scale build out. Verdant operated six full-scale turbines, which successfully demonstrated the Free Flow System turbines as being (more…)

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Here’s a discussion that those of you interested in marketing will find interesting. My friend Terry Ribb wrote to me extolling this video in which a brilliant Stanford Professor speaks on customer-focused marketing (which happens to be exactly what Terry and I believe). Do yourself a favor and check out this link.

I wrote back: Well, obviously this guy thinks like we do, with his customer-centricity. And he presents his ideas in a very cogent fashion, doesn’t he? I’ve heard this exact idea a few times through my career — though most people don’t get it at all. I feel like I’m a member of a cult – the cult of customer-centered marketing. 🙂

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REN21 (Renewable Energy Policy Network for the 21st Century) has released its annual global report card on renewable energy, covering highlights and facts for 2009 and a cumulative overview.  The report comments that renewables are making headway into global energy use, cutting into some fossil fuel use, as illustrated by the graphic to the right.

The big theme of the report was that “the year 2009 was unprecedented in the history of renewable energy, despite the headwinds posed by the global financial crisis, lower oil prices and slow progress with climate policy. Indeed, as other economic sectors declined around the world, existing renewable capacity continued to grow…including grid-connected solar PV (53%), wind power (32%), solar hot water/heating (21%), geothermal power (4%) and hydropower (3%).”
(more…)

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Here’s a conversation that I hope you find interesting. The other day, I got this from a friend:

I was particularly shocked to see this one: Most teens have never used telephones with cords.

MILWAUKEE – For students entering college this fall, e-mail is too slow, phones have never had cords and the computers they played with as kids are now in museums.

The Class of 2014 thinks of Clint Eastwood more as a sensitive director than as Dirty Harry urging punks to “go ahead, make my day.” Few incoming freshmen know how to write in cursive or have ever worn a wristwatch. (more…)

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This was published last year somewhere. I take no credit for it except to share with you. It’s fun but also leaves an educational lesson.

Once upon a time the government had a vast scrap yard in the middle of a desert. Congress said, “Someone may steal from it at night.” (more…)

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I spoke with Honda’s Steve Ellis yesterday about the position I took in my book re: hydrogen fuel-cell-based cars. Steve is a vocal proponent for this controversial technology, and his job, I’ve come to learn, involves busily correcting misinformation on the subject – of which there is plenty.

His position is that all technologies that have the potential to help move us toward clean energy and transportation should be on the table for discussion, and that the advocates of batteries should be as supportive of hydrogen as the hydrogen people are of batteries. As I knew he would, he took exception to my position I took in my book (and that of the spokesperson for EPRI) that hydrogen as a fuel source is inherently inefficient, and that the infrastructure by which fuel would be delivered lags too far behind electricity.

Steve points out that the four-to-one advantage of fuel energy to kinetic energy in battery-electrics vs. fuel-cells applies only in the very worst case scenario – one that no one is seriously suggesting. He also notes that Honda would not make a bet like this if they didn’t think they were going to win.

I can see these points, but I don’t know, Steve. You’re obviously a dedicated, knowledgeable and honest professional. But, as I’ve often said, I hope you’re paid well; you certainly deserve to be given the size of the task you so energetically take on.

 

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Xcel Energy, a Midwestern electric and natural gas company, released its preliminary test results in early August 2010 on its wind-to-battery storage technology. After one and a half years of testing, the preliminary results are a success, it says.

Luverne, MN, serves as the test center with the battery installation connected to an 11 MW wind farm owned by Minwind Energy, LLC.  The twenty 50 KW battery modules are about the size of two semi trailers, weigh about 80 tons and can store about 7.2 MW-hours of electricity. Fully charged, the battery modules could power 500 homes for more than seven hours, said Xcel Energy on August 3, 2010.
Xcel Energy revealed the following in the preliminary report:
(more…)

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The work that Brazil has done in renewable energy is legendary. Clean energy – mainly ethanol made from huge sugarcane fields — accounts for more than 85.4% of their domestically supplied energy.

The country stands as a model of decision making that spans the public and private sectors. After the volatility of the oil markets of the 1970s, Brazil made concentrated attack on developing alternative sources of energy. In addition to powering its fleets with a minimum of gasoline, Brazil has been extremely effective in diversifying its energy portfolio with wind and hydrokinetics.

It is for this reason that I can think of no better host for an energy conference. One of the directors of the Renewable and Alternative Energy in the Southern Cone asked me to let readers know about it, and I said I’d be happy to; just click the link above.

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