• Friday, November 20, 2009 Latest Update: 4:41PM
Rob Day | October 22, 2009 at 8:16 AM 9 Comments

Okay, so it’s broken.  Now what?

I've been having a lot of conversations with cleantech investors lately, and it's clear there's an emerging "consensus" (as much as you can ever get true alignment in such an industry) that the traditional venture capital model applied to cleantech isn't working -- at least in how it's been applied to date. 

To recap, we have seen billions of dollars this decade put into venture capital and "venture capital" deals in energy tech in particular, but not only have there been relatively few exits, many VC-backed cleantech companies have been way behind in their promises regarding commercialization and adoption.  Cleantech VCs have been more effective at making headlines than at making returns.  And there continue to be clear capital gaps at crucial development stages, including seed stage and "first commercial-scale project" financings.

In talking with a wide range of investors over the past few months, it's clear that there is still lots of optimism that there will be strong returns from venture-type investments in this sector.  After all, these are phenomenally huge markets, and they have phenomenally huge unmet needs.  Significant change is expected, and VCs are supposed to profit from significant change.  Exits have clearly been held back at least in part by the overall macroeconomic situation, which nipped several IPOs in the bud through no fault of the companies or their investors.  And there's clear long-term govermental support putting wind into the sails of the industry.

All of which is great, but in talking with these investors they also acknowledge that no one's yet proven out a successful investment model for the sector.  And so, in true hive fashion (everyone thinks they've arrived at the thought independently, but we all are influenced by each other's thinking), I keep hearing that the model is "broken" and solutions need to be found.

Okay.  But what solutions?

Some say that the problem isn't with either cleantech or with the traditional venture capital model, but instead that they don't overlap as often as VCs would like to think.  So, they say, applying IT investment models to IT approaches in cleantech (automated building energy management, carbon accounting SaaS offerings, etc.) is the way to go, not putting hundreds of millions of dollars into capital-intensive renewable energy generation.  Limiting the scope of cleantech venture investing, in other words, to just a subset of the overall energy, water and materials market.  I've argued for this approach at times myself.  However, it does beg the question:  Then how DO we expect to see these renewable energy technologies get to market?  Are the investors putting money into those sectors wrong?  Perhaps VCs are unintentionally, as some have said, simply taking pension fund money and investing in these capital-intensive technologies for society's benefit, but without good overall likelihood of venture-type returns?  Or perhaps not, the exits just haven't happened yet but they will? But that's not an answer to the question, that's just a diagnosis and another set of questions.

Some say that the key is, given long gestation periods, being late-stage investors and coming in after significant technology and commercialization risk is taken out of the company.  Which is a very smart approach except: a) Everyone else is having the same idea, driving up prices for late-stage investments; b) Being only late-stage in capital-intensive development efforts starts to look more and more like some kind of project finance, not venture capital; c) We're seeing ample evidence that there's still plenty of execution, scale-up, and market risk even at these later stages; and d) If everyone's investing late-stage, who provides the funding to bring the companies to that stage of development?

Some, albeit fewer, argue that the way to play cleantech is instead to go quite early and really swing for the fences.  Acknowleding the long gestation period of truly breakthrough ideas in the sector, the idea is to adopt a longer investment horizon, but to raise the bar in terms of the returns potential an investment might have:  So to paraphrase, don't go for the traditional 10x in 5 years, go for 20x in 10 years.  But it's unclear how LPs will react to such an approach, and if you think accountability is low on investments done with 5 year horizons... Furthermore, what about the other 99% of good cleantech innovations that don't qualify as having such dramatic potential?  Not everything can be "the next Google", after all.

Some investors are implicitly pursuing a momentum approach -- backing high-profile startups in high-profile sectors, putting a lot of effort into P.R. activities to further raise the profile of the startup, using that to bring in corporate partnerships and government support, and thus creating seemingly unstoppable momentum toward an exit.  It's almost (note: I'm clearly using hyperbole here) as if the underlying startup's technology and economics don't really matter.  One big challenge for this approach is the ephemeral nature of P.R. and momentum-building, it's easy for journalists, pundits, etc. to get very skeptical very quickly and turn against a company that has been over-hyped.  And more damaging, in the pursuit of visible evidence of rapid progress, these investors often encourage the companies to take on a high cash-burn model.  Which, when (not if) things go a bit sideways at some point, can be deadly.

I'm also seeing some efforts to create more overt "hybrid" approaches, combining (or at least setting up in parallel) VC, project finance, and middle-market buyout strategies.  But these are as yet mostly ill-defined, and it's unclear at the end of the day what's different from what's already de facto being done today by big VC funds, aside from the additional clarity of returns and risk expectation.

And of course a lot of other intriguing new ideas as well, there is some innovative thinking being developed out there, sometimes in places you wouldn't expect.

But despite all the ideas, so far, few proven answers.

Stay tuned...

 

Comments [9]

  • Chris Evans 10/23/09 9:37 AM

    Rob - I’m a VC attorney, and although I haven’t been following cleantech and renewables very long, its not clear to me that the problems you identify are inherently part of the VC investment model - except the longer time to exit horizon, but that can be managed through adjustments in expectations and negotiated “tweaks” to the preferred stock rights, such as longer redemption right triggers .

    The common notion in the IT and software sectors is that rate of innovation and growth should somewhat correspond to Moore’s law of technological progression.  That may or may not be the case in various segments of cleantech, such as smart grid development - and may have no applicability to large, commercial scale utility projects such as off-shore wind installations.

    But the VC model, in whatever sector applied, seems to me to do what its designed to do - pool large sums of private capital into emerging companies that otherwise would not attract traditional sources of financing, in exchange for preferred and senior rights to dividends, liquidation preferences and protective voting provisions.  And besides the DOE, and increasing some more risk tolerant commercial banks, who is willing to give these companies the capital they need to build out their projects before the market is ready to absorb them?

    Reply
  • Steve Pluvia 10/23/09 12:46 PM

    Chris, I agree.  Based on Rob’s long-winded, generally valueless articles, I’d rate his VC qualifications on the north side of a dart throwing monkey facing south…

    Reply
      • Rob Day 10/23/09 11:15 PM

        Don’t you just love the internet?

  • Anonymous 10/23/09 3:10 PM

    Steve, according to Google, you have quite the reputation yourself.

    (Note: Google “Steve Pluvia” for add’l information)

    Reply
      • Steve Pluvia 10/23/09 3:46 PM

        Yes, we’ve crushed multiple companies who committed fraud. Yes we’ve worked with the SEC, the FBI and certain DOJ and AG’s in the process, resulting in multiple convictions of multiple d-bags. Yes we were directly responsible for the fastest SEC indictment on record, the largest single day stock halt (5 companies) and the conviction and firing of the CBS Market Watch Chief Financial Editor.  Oh, and yes, we know how to identify long-winded pointless articles written by inexperienced VC wannabes.

  • FDDoty 10/24/09 2:41 PM

    It was perfectly clear to many of us at least four years ago that most of the stuff being hyped by the GreenTech community and being supported by investors was worthless.

    The National Institutes of Health (NIH) understands the best model for funding new ideas – subject detailed, science-based proposals to careful review by the best experts they can find with the most specifically relevant expertise.  Except for the very small number of proposals that are clearly not worth review, essentially all cogent proposals go to the Center for Scientific Review, which has about 30 different groups of technical expertise; but their primary task it to find the most appropriate outside experts to send the proposals out to, organize review committees, and then summarize the reviews.  The percentage of reviewed proposals that get funding ranges from 2% to 15%, depending on the program.  No, the review process doesn’t always work, but the odds are far better than the methods of VCs – look at a pie-in-the-sky executive summary, listen to a 15-minute presentation, base the evaluation mostly on the oratorical skills of the CEO, skip serious science checking, and follow the herd.

    VCs who think their in-house “experts” can adequately evaluate the science and engineering in something that is really transformational are almost always wrong.  Few at this point could argue otherwise.  Unfortunately, the DOE has not done a much better job.  Maybe ARPA-E will do better, but it remains to be seen. 

    If VCs want to improve their track record, they need to reach out to outside technical experts at an early stage in the review process – long before they have decided that a crazy sounding idea won’t work just because it is so different, or a familiar concept will work because the business plan is so polished.  They need to approach every plan that is not obviously whacky with the assumption that they don’t have the technical expertise needed in-house to evaluate it.  Of course, getting unbiased outside reviewers can be challenging.  The NIH understands that, and that’s probably the main reason they allow for rebuttals of technical reviews and resubmissions.

    And speaking of crazy-sounding ideas that can get rejected by biased or technically unqualified reviewers, there’s this process for using off-peak wind energy to make standard fuels from CO2 at prices that can compete when oil is only $50/bbl – see the DotyEnergy website.  Guess there’s been too much technical detail in the published papers and patents for most VCs to want to bother with.  Maybe some will begin to re-think their approach.

    Reply
      • Steve Pluvia 10/24/09 5:32 PM

        FDoty.  Nice business plan—using off-peak wind power.  Very smart.  The chemistry is over my head, but I wish you luck.  Shame you can’t get some of the money Khosla burns on ridiculous business plans.

      • Eric Wesoff 10/24/09 10:40 PM

        FDoty,
        How do you contend with wind’s fickle nature and the low capacity factor of wind turbines?
        Eric

  • FDDoty 10/24/09 11:49 PM

    Thanks Steve, and Eric.

    The variability of wind will not be a problem.  The plan is to buy off-peak power whenever it is available at cheap, real-time (RT) rates.  RT prices normally change hourly, and increasing amounts are being sold on two or three hour notice (gate-closure time).  The windfuels plant will try to buy what it needs on a daily basis when it is available at cheap rates, mostly between 10PM and 7AM.  The electrolyzers can respond very rapidly, from 3% to 100% of rated capacity.  Peak efficiency may be at about 20% of maximum rating, but good efficiency is achieved from 5% to 100%.

    The RWGS and FT processes will need to run at a fairly steady rate around the clock for best efficiency, though they can change some over periods of 3-6 hours.  (There’s room for quite a bit of progress here.)

    Normally, the plant would need to store enough hydrogen, generated when electricity is cheap, to keep the RWGS and FT processes running near their design rate around the clock.  That will take a fair bit of compressed hydrogen gas storage.  The cost of the tanks for storing one day’s worth of hydrogen is expected to be about 10% of the plant cost.  Not a big deal.

    The flexible grid-demand capability of Windfuels is exactly what wind energy needs to solve its variability problem.  -David

    Reply

Cleantech Investing

Rob Day is a Boston-based cleantech venture capital investor and entrepreneur, and is also the President of the Renewable Energy Business Network (REBN). The views expressed on this blog are those of Rob and his friends and colleagues, not necessarily the views of REBN or Greentech Media or any other group. Contact Rob Day at: (JavaScript must be enabled to view this email address)

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