Here’s a piece from Kentucky-based consulting engineer and frequent commenter John Robbins, who provides some sobering remarks on the truth behind our current push for renewables.

Last week, I was one of 3 teaching a professional seminar about Passivhaus.  In case you don’t know, that program (from Germany) actually sets serious (aka “difficult to achieve”) limits on heating, cooling and overall annual energy, also on how much HVAC heating and cooling capacity which can be installed.  All that WITHOUT offsets from RE grid-tied storage-free energy.  Only main negative about Passivhaus is that it gives certification based on design and construction, like LEED and EnergyStar.  None of these popular programs actually require post-occupancy data to verify that designs work as estimated.

The best part of Passivhaus is it separates “reducing demand and use” from achieving net-zero by offsets like grid-tied storage-free RE as is permitted in LEED.  I’ve seen new LEED homes in Cincinnati which are merely minimum-code designs with PV on the roof for offsets.  With Cincinnati now offering a 15-yr property tax abatement for LEED structures and the local electric utility paying sRECs for grid-tied RE, homebuyers, their designers and builders are pretty much avoiding energy reductions and heading straight to RE offsets.  There’s even new “creative” marketing lingo to describe the economics, “net-zero energy cost” – net-zero cost achieved by offsetting actual energy costs with sRECs and tax abatements.  None of this would fly in Passivhaus.  More importantly, these situations do not represent much reduction in demand for conventional energy, since Cincinnati is a 50% cloudy location, with windy winters but stagnant-air summers.  Solar and wind can work here, but certainly not full-time, so structures with grid-tied RE have their un-reduced energy loads carried by conventional energy much of the time, maybe as much as 80% of the time.

We are seeing so much morphing of RE advocacy into marketing.  I guess the 1st wave was for/by us who were educated and motivated prior to or away from the current subsidy hoopla.  The massive current subsidies seem to attract folks who aren’t really much interested in the traditional movement (aka “less coal, oil and nuke”) but instead need heavy financial incentives to act.  Regardless of why or what, as a very aware member of Assn of Energy Engineers where real energy matters are known and discussed regularly, I worry we are seeing so much money, marketing and reporting about nonrealities in our energy world.  Even tracking %RE is the wrong thing to track.

As I wrote in an op-ed in SOLAR TODAY a half-dozen years ago, implementers should be tracking how much less conventional energy they demand and use, not how much of what solutions we buy or apply.  I wish we tracked how much energy use and when it is used, separately from how much and when we have RE.  The net-energy approach has simplified the process for consumers but made the education process more complicated.  A utility company rep whose company was co-sponsoring a workshop I taught last year in south-central KY took offense when I told my students about this.  All my students rated my class very good to excellent, but the utility rated it poor to very poor, adding that it would never sponsor any of my events in the future.  Similarly, a solar installer I know in central KY told me last year that when he mentions efficiency to his callers interested in a solar bid, the most common result is a lost sale or lost opportunity to bid.  So while my message is correct, very similar indeed to what we’ve heard for decades from Amory Lovins, it is a message very unpopular with many consumers and utilities, also many of our governments.

I include governments because of an experience I had in Ohio where I proposed how to cut residential energy use by a whopping %, but got no positive responses from the panel representing Ohio government.  A professor of economics from Miami University of Ohio pulled me aside after my presentation and told me that Ohio historically forms energy policies not as much based on consumers or energy as how much potential for tax collection.  Like most states, Ohio collects a lot of taxes on conventional energy.  Also like most states, Ohio’s income tax rates are progressive, going up as incomes rise.  The professor said insulators’, caulkers’ and window installers’ wages are tiny compared to union coal miners, utility workers, geothermal and solar installers.  He said this is why Ohio incentive plans subsidize the most expensive (higher sales taxes) and most high-wage energy systems.  He said this is also why we never see energy-use reduction targets and timelines.

So we cannot be naive and think we are currently implementing or describing THE ENERGY SOLUTIONS which will substantially cut coal and nuke reliance.  The current round of RE seems most abt promoting and expanding the RE retail and manufacturing sectors, which is certainly needed.  But that is not the same as solving our reliance on conventional energies, especially coal, oil and nuke.  As said before, I and my most committed 1st-wave customers and contacts are focused mostly on reducing reliance on coal, oil and nuke.  The failure of RE’s “new wave” to understand and address this, especially to accomplish any real conventional reductions, will one day come back to haunt, maybe to backlash.

I asked a colleague attending the midwest USGBC conference last week in Cincinnati how many coal and nuke powerplants will be running if all homes and buildings are net-zero by 2030?  He did not respond quickly.  So I said, maybe most that are running right now, maybe even more.   Nobody really knows, but what we know for sure is that net-zero is a merely a marketing term applied usually to part-time intermittent mostly-daytime RE surpluses applied as offsets against full-time 24-hr-per-day power use.  Baseload powerplants like nukes and large coal-fired generators cannot be turned on and off quickly.  Even coal-fired needs 10 hrs or more to shutdown and restart.  Nukes need days.  That’s why they are used for baseloads.  To reduce baseload generation, we need aggressive full-time load reduction.

The positive thing is this is possible, already demonstrated, even well written about.  We just need leadership and education to keep the information in front of governments, consumers and businesses as they consider the issues and options.  As a once-home-designer who now has very little design work in this continuing recession, I’m developing new workshops and writings to educate consumers, designers, contractors, teachers and anybody else who is interested.  However, I must report that I do not get or hear much interest from younger people and companies in the RE sector.  I suspect that’s because they are busy.  After all, there are huge amounts of subsidies in my region going to RE retailers and contractors.  That sector is certainly not in recession.

 

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This morning, someone asked me about the importance of energy storage. “Renewables provide intermittent energy. Don’t we need some way to store the energy overnight, to deliver it when it’s needed?” he asked.

“No, not right now, “ I explained. “The penetration of renewables is under 2% in the US. When we get to 15% – 20%, if we live long enough to see it, we’ll need storage. Until that point, the discussion is of academic importance only.”

Here’s another viewpoint on the interplay between renewables and traditional energy sources, in which the author suggests that energy demand is growing so rapidly that clean energy is really not cutting into the consumption of use of fossil fuels at all.  Kentucky-based consulting engineer and frequent commenter John Robbins writes:

Craig:

In my region, growth in energy demand is advancing far faster than either conventional energy or renewable energy can keep pace. Electricity use in KY, for example, is down only in industrial sector, due to recession. Commercial and residential electricity use is up, even during the recession, even with record-breaking implementations of efficiency and renewables. Who was it that recently reported that new so-called DVR-type “set-top boxes” atop modern cable TVs have increased electricity use by same as was used annually by the entire state of Maryland only 10 yrs ago?

And a recent poll of electric utility representatives shows they expect a 7% or so increase in electricity use just associated with electric vehicles in the coming decade. Imagine the increase in electricity usage if/when the recession ends! Our new-wave renewable energy sector has dropped the ball carried by its 1st wave predecessors who always included very strong “demand/use less” messages as part of any/all renewable energy conversions.

As example, the director of Green Energy Ohio, who once pushed Ohio as head of Ohio Consumer Council to implement demand-side management (DSM) and efficiency programs to avoid new conventional electricity generation by Ohio utilities, now says absolutely nothing abt that because he’s head of Ohio’s largest renewable energy group. He now measures progress by how much RE is sold and installed. He exemplifies what I now describe to students is the “new wave” of renewable energy, where the goal is more about increasing RE than decreasing conventional.

Is it possible to increase RE at a record-breaking pace while not reducing conventional? You bet! It’s happening right now. ASES and SEIA both admitted on NPR that storage-free grid-tied RE is having little or no effect on coal-fired and nuclear generation. Yet many of us in the first-wave of RE actually sought to move us away from coal-fired and nuclear generation. All our strategies revolved around that goal. Yet new wave advocacy for more storage-free grid-tied RE without reduced electric loads (kW) and less electricity usage (kWh) is causing a situation in which demand for our most hated conventional energy generation (coal and nukes) is actually increasing!

And it cannot be ignored that new electric loads from countless new portable consumer electronics, plug-in electric vehicles, cable-TV set-top boxes and cable phone modems are increasing overall electric demand faster than the implementation rate of RE. Couple that with the part-time nature of most RE and we are heading into an almost certain future of increased demand for more non-RE energy. If only we focused our energy programs and investments on verified reductions in demand (kW) and use (kWh)…

We should be measuring and reporting our progress not by how much RE we can install, but by how much conventional energy we can reduce or avoid. If we at least implemented RE at the same pace as we reduced demand and use, we’d double the % RE compared to total energy.

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…continued from an earlier article …

What is the history of support for nuclear energy, and why?

Professor Parenti reminds us that the a great wave of interest hit after the Arab Oil embargo of 1973, with its subsequent fear and shock on developed economies. Japan and France strongly developed nuclear power at this time. France, a socialized country, was able to develop nuclear widely because the companies that constructed or operated the plants never had to turn a profit and could be paid for by the public, while Japan’s industry was heavily subsidized. The particular generation of reactors of this era make up the world’s majority of 443 nuclear power stations. (more…)

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Over the past year or so, I’ve written a few pieces on the levels of job creation that can be expected as we “go green,” i.e., move to greater levels of energy efficiency, renewables, electric transportation, etc. 

Last week I met clean energy stock analyst Tom Konrad, one of the world’s most visible proponents of the green economy, at a conference in NY City. During one of our numerous conversations, I learned that he and I had been trying to get to the root of this very issue – and through very similar analyses. In particular, we had both investigated the work of Political Economy Research Institute at the University of Massachusetts, Amherst (PERI) and one of its most senior people, Robert Pollin.

Here’s a terrifc article Tom wrote on green job creation that breaks some of this out. Note, however, that both this article and PERI’s work seem to reduce the question at hand to this: For each million dollars in spending, how many jobs do we get – and of what kind and duration?

While this is interesting, to me, it misses some central issues. Consider the following line of thinking:

A million dollars?  Who’s doing the spending? The federal government? Are we proposing a kind of New Deal program? How likely is that?  And why would one think it would be necessary?  Why can’t this spending come from the private sector?

But what are the conditions under which it will happen in the private sector? Private money isn’t going anywhere at all right now, and most certainly not into unproven or as-yet-unscaled technologies (of which clean energy represents several).

So what would stimulate private sector spending? How about real economic opportunity?

OK, so what’s standing in the way of demonstrating real economic opportunity?

It’s the nature of the playing field. Depending on how one does the accounting, fossil fuels receive between five and six dollars in subsidies for every dollar going to renewables. This is fundamentally a matter of corruption; it’s a simple transfer of wealth from a struggling taxpayer to an extremely rich oil company. And of course, essentially no attempt is being made to force oil and coal companies to pay for the externalities their industries produce (e.g., lung disease and long-term environmental damage).

Trust me, once this inequity is rectified, you’ll have private capital raining down on clean energy in torrents, and we won’t be asking questions like “How much further in debt does the federal government have to go in order to build green jobs?” 

In other words, we’re simply asking the wrong question. It’s like asking, “How can I improve my reading comprehension while I’m beating myself on the head with a hammer?”   Just stop beating yourself on the head, and the issue will disappear.

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While many in the world are rejecting, stalling or abandoning nuclear power, what about the U.S.?  Why should the U.S. consider abandoning nuclear? What are a number of experts saying about the nuclear industry in the U.S., and its future? That it is problematic, contentious and not well thought-out. The Obama Administration proposed $36 billion in Treasury-backed loan guarantees for new reactors, which is controversial in itself on many fronts.

I personally would say there are simply two main reasons to reject or (more…)

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What do you believe to be the most difficult hurdles we face in the migration to renewable energy?

If you live in the US, you find yourself in a land that is choking itself, driving itself toward bankruptcy, endangering its security, empowering its enemies, and poisoning its skies and oceans – all because of its dependence on fossil fuels. But the talk about clean energy is just that: talk. We have less than 2% penetration of renewables here, and we’re not moving very quickly toward a solution. Why is that?

If you’d like to know the reason, I invite you to our free monthly webinar: Wednesday, June 29th at 10 AM PDT (1 PM EDT).  I’ll summarize the findings of the survey we conducted last month, in which over 500 participants weighed in with their viewpoints and insights.

If you’re available, please sign up here:  http://2greenenergy.com/free-webinar.  I’ll look forward to taking your questions in our live, interactive discussion room.

Hope to see you there.

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I wish I had a dollar for every time a cleantech inventor or would-be entrepreneur has asked me about the National Renewable Energy Lab (NREL), and how to engage with them to develop and commercialize technology. Up until recently, I had no real value to add, other than to direct them to the main NREL website, and wish them good luck. And I’d know that it was considerable luck they would need, because the site was not organized with this question in mind; it appeared that there was no good summary of the open clean energy issues that the government is pursuing.

Well apparently, the folks at NREL recognized this unmet need at just about the same time I did. When I ran across Commercialization Project Manager Matt Ringer at the Renewable Energy Finance Forum – Wall Street in New York City last week, he proudly showed me the portal that he and his team have created to address this very issue.

I was very impressed. Now, at a glance, there’s a quick, understandable summary of answers to the most obvious and popular questions:

What is NREL looking for, in terms of intellectual property from the private sector? Where are the specific opportunities for technologists to collaborate to develop ideas, work together productively, and bring forward market-ready solutions?

I urge readers to check out the new NREL Portal, formally called:

Energy Innovation portal – Linking Energy Technologies with Market Opportunities.

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I hope you’ll check out the details on “The Clean Energy Onramp” here, and take advantage of our “early-bird discount” (57%), valid until midnight tomorrow.

You have my guarantee that you’ll leave the session with a comprehensive understanding of the most important issues that will drive the biggest wins – and most stunning losses – in the renewables industry.

If you’re looking for an effective “onramp” to the multi-trillion dollar alternative energy industry, my distinguished guest and I can provide plenty of actionable information that will help people make the right decisions here.  Onramp is a vigorous, interactive discussion in which Green Chip Stock’s Jeff Siegel and I will walk you through what we believe to be the most important business trends in clean energy. 

So if you’re free on Thursday, October 6th, 2011, I hope you’ll join us in New York City for a half-day working lunch – the first in a series of our high-level events. 

I very much hope to see you there.


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Occasionally I wonder why I spend so much time blogging on the energy industry — not because I think what I do is inconsequential, but because I come across someone whose message — or level of talent in delivering that message — is so superior to mine that I feel like I’m coming on stage to play rock guitar a few minutes after Jimi Hendrix just sat down.

I had one of those experiences just a minute ago.  I hope readers will check out the Corbett Report, on the history of energy in the US, and his spot-on analysis of the sorry plight in which we find ourselves.

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I want to thank everyone who helped with this month’s survey, in which participants were asked to provide their forecasts for the future of our civilization, given the rise in population and the decline in traditional energy resources.  I’ll publish my usual brief report shortly, summarizing the results.  But I felt compelled to mention at this early stage something I noticed on the train from New York down to Philadelphia this afternoon, as I was paging through the responses.

There are optimists (those who claim all of this will all “come out in the wash,” i.e., that the future will be pretty much like the past and that we’ll find a way to handle the problems that present themselves).  And there are pessimists (those who say no, we’re at the brink of the collapse of our civilization, due to our gross mismanagement of the resources that have been entrusted to us.) Now, one might think that these two groups, as divergent as their perspectives seem to be, would have essentially nothing in common with one another.  In fact, the precise opposite is the case.

With the exception of a very few, respondents articulated their beliefs that we have pushed our planet’s capacity to provide a home for us to the limits.  Yes, there was the occasional voice that we can keep this process of extraction and combustion up indefinitely, but those voices were few indeed.  Most say that we are confronted by a life-threatening problem, and that we must act now to avoid catastrophic consequences.

But then the issue becomes, OK, who’s going to lead the charge?  How is it possible to find leaders who will make intelligent, responsible, high-integrity decisions in an environment in which these traits are in such short supply?  Ah, therein lies the rub.

Again, I hope to have the report available in a few days.

 

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