So much of our discussion around the politics of energy revolves around compassion for others – both the people who live with us here and now, as well as those of future generations. I’ll be 56 in a few months. Will I personally see the day when our current energy policy, if left in its current sad state, brings us catastrophic terrorist strikes, horrible climate issues, never-ending wars, a continuing spike in cancer rates, and broad-spread social chaos from the scarcity of fossil fuels? I don’t know. But the fact that I’ll be saying goodbye to this Earth in a few decades doesn’t render me uninterested in dealing with this matter before I check out.

But what exactly is the imperative on us to take inconvenient actions now for the benefit of others we’ll never meet? I’m not sure I can articulate that. So let me introduce Og Mandino, a writer and speaker of the 20th Century, who said:

Beginning today, treat everyone you meet as if they were going to be dead by midnight. Extend to them all the care, kindness and understanding you can muster, and do it with no thought of any reward. Your life will never be the same again. 

When we read this closely and thoughtfully, we have no doubt that he was 100% right. Do any of us think we have better, more fulfilling lives because we can somehow ignore the needs of others while we focus on our own immediate gains?

Yet how hard it is to act the way Mandino suggests.

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I’ve added a hot new business plan to the list I’m now featuring. I spoke yesterday with Joe Speace, CEO of “Project Renewable Energy” near Kansas City, whose doing a capital raise for a wind farm that will feature compressed air energy storage (CAES). This looks quite strong.

Storage will be a big deal soon, as the penetration of renewables increases and the intermittence of solar and wind starts to become an issue.  I’m hearing about it connected with an increasing number of deals in this space.

And CAES is far more efficient than it sounds.  When I first heard about it, I asked, “You’re going to take mechanical energy (a spinning wind turbine), turn it into electrical energy, power a compressor, then, on demand, somehow release the compressed air to turn a turbine and generate electrical energy — again? Doesn’t that sound like a disaster in terms of efficiency?”  It turns out that it’s close to 90%!

And what about the huge underground caverns that store the compressed air?  Some are man-made, some naturally formed, e.g., those that formerly held natural gas.  Don’t they leak at high pressure? Yes, but there is a technology for plugging leaks.

Impressive stuff.  And again, that stuff will become increasingly important as time goes by.

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I received a call this morning from a gentleman in Nice in the south of France. His passion is combining his expertise in cutting-edge lighting electronics with his interest in helping sub-Saharan Africa to move away from kerosene lamps. As a result of our talk, I’ve volunteered to participate on a board whose purpose is to bring sustainable lighting solutions to more than 500 million people in that part of the globe. I’ll let you know how it goes.

This, btw, is our 1000th blog post. My sincere thanks to all of you who made it happen.

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The merit of most of the business plans I receive is fairly obvious.  Would-be entrepreneurs who expect investment capital for clean energy projects that are just ideas are unrealistic.

“Hey, here’s a country with a lot of wind. Let’s get investors to fund wind studies, feasibility studies …” It won’t happen. On the other hand, if you have the equity and development capital in place, and want project financing for a shovel-ready deal with a signed power purchase agreement, that’s not a problem.

Sounds simple, doesn’t it? In truth, this isn’t as crystal clear as I implied.

I just had a talk with an investor who turned down a deal in which my client needs capital to expand an existing business, with signed contracts to buy his product (eco-friendly paper) coming at him from all directions. We’re talking about capital to buy inventory that won’t stay on the shelves for 10 minutes.

“His customers love him.  They’re standing in line to do business with him.  He just needs working capital so he can take on more of them,” I explained. “What’s the matter with the deal?”

“Sorry, I’m not interested.  His business is under-capitalized.”

I kid you not.

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You may have noticed our redesigned and streamlined site at 2GreenEnergy.com.  This represents our latest effort to articulate the precise value we add for three different communities, each of which directly deals with our mission statement: taking good ideas forward.  In particular, we help:  (more…)

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As reported by The Vector on January 17th, the World Future Energy Summit recently drew together world policy makers, international business leaders, energy providers, and educators into a fast-paced conference in Abu Dhabi.

The Zayed Future Energy Prize for innovation and leadership in green technology awards — a $1.5M total prize — was awarded to wind turbine maker Vestas. Surprisingly, Vestas gave half of the earnings to three of the six finalists: India’s Barefoot College; the group Seventh Generation Advisors; and the thin-film solar manufacturer First Solar. Bravo to Vestas.

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Welcome to the new version of the 2GreenEnergy website.  My team and I have been working hard to develop this; we hope it meets with your approval, and that you’ll let us know what you think. 

As of this moment, I note a few broken elements here and there that should be fixed shortly.

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Follow-up by John F Robbins CEM/CSDP
I guess the main diff between your book’s perspective and mine is where we are in the picture.  I’m at what I tell students is “the bottom” where the actual clients, aspirations and small-scale implementations are.  When I say “implementations”, I mean efforts which result in lowered use and demand for conventional energy.  Only some of that is renewables.  At my own home, which I consider typical of my projects, I started with lots of added insulation, caulks and sealants, then windows, better daylighting and a passive solar addition, then replacing all lightbulbs and major appliances, then adding solar water heating and some solar electric.  Same deal with my client projects. (more…)
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by John F Robbins  CEM / CSDP

Design, Analysis, Consulting & Education since 1983 to Improve Ecological Performance
859-363-0376
johnfrobbins@insightbb.com
www.johnfrobbins.com

Just read your book, referred to me by a green-leaning architect I know.  Below are my comments.

Your presentation is mostly about top-down options, assuming consumer demands and loads as well as consumer and business m.o.’s do not change.  Yet consumer and business demands, loads and current m.o.’s are all what they are as a result of many years of readily available ad-infinitum access to cheap fossil energy with very little cost for environmental damages or threats to human and ecological health.  I guess the assumption by you and all you’ve interviewed is now that we’re here – energy guzzling, environment-damaging and using beyond our means both in terms of money and resources – we are unlikely to be able to change.  I disagree with this.  (more…)

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Recently, China has been working hard to reverse their image as the world’s most polluted country and the world’s biggest emitter of greenhouse gases. A recent study revealed that they are now the world’s leader in clean energy efforts, leaving other more-developed countries far behind.

The report, which was sponsored by Australia’s Climate Institute think tank, revealed that China is leading the world in renewable energy efforts and is making significant strides toward reducing pollution in their country and around the world.

One major reason China has been named a leader in green energy is because of their efforts to cut pollution from the electricity generation process. The electricity generation process can be blamed for much of the pollution in China, as well as around the world. They are doing this mainly by offering incentives to the people who are responsible for manufacturing the resource. They award incentives, often in cash form, to manufacturers who develop low-carbon ways of developing electricity. (more…)