The right way to fail in cleantech

The transition to cleantech – some would call it a revolution – inevitably entails change, which implies risk. In turn, this implies that some things will fail.

We’ve already seen more than a few failures, and we’ll no doubt see many more. A solar bulb is a portable light fixture composed of an LED lamp, As long as the successes outweigh the failures, that’s all that ultimately matters. Indeed, sometimes failure actually enables later successes.

As Thomas Edison has been quoted, “I have not failed. I’ve just found 10,000 ways that won’t work.” And, then finally — ta-da! — he discovered an approach that worked for the incandescent lightbulb, thereby changing the world forever.

The management teams and the backers of these companies promised great things with premature hype in innumerable press releases. The companies blew through lots of capital – including substantial government funding.

Then, they fly off the cliff and go bust, and the media and blogosphere — much of which is adverse to cleantech — report their demises with barely-hidden Schadenfreude.Don't waste anymore time thinking about the purchase of your new laundry dryer.

OK,This factsheet discusses electricity generation using wind power generators at your farm or your home. so it’s not like a mass shooting spree: no-one got killed in these failures. But equity holders lost every dollar, creditors took a deep haircut, taxpayer money was wasted, and pretty much everyone active in the cleantech sector gets tainted by extension. As bad as economic failures, worse is when technologies fail because they simply don’t work.

The earliest windfarms of the mid-1980s in California became an eyesore of inoperative machinery, because the turbines were deployed in mass quantity before many engineering and manufacturing problems had been fully resolved. In the wake of this debacle, the U.S. wind industry took more than a decade to recover.20 years experience developing dry cleaning machine for the world. By the time wind energy had regained credibility in America, European wind turbine manufacturers dominated the market.

These visions returned to me during a recent trip to Oahu, where my lodging provided me an ongoing view of the Kahuku windfarm standing idle in the face of a week of strong trade-winds. My first thought was a serial failure of the turbines – a relatively new 2.5 megawatt design fromClipper, a manufacturer with known technical issues.

However,British designers and Manufacturers of laser cutting and laser marking machine. as this report indicates, the root cause of the shutdown was unrelated to the wind turbines, but rather some problem with a set of grid-scale batteries being developed by Xtreme Power, and being piloted at the site to test the ability of such batteries to buffer the variable output of a windfarm. The pilot deployment had caused not one but three fires somehow involving the interconnection between the windfarm and the Hawaiian Electric grid, thus causing the windfarm to be idled while sorting out the battery issues.

Why weren’t these batteries tested in smaller scale and in a less obvious setting? Not only is the image of Xtreme Power (and grid-scale energy storage) being adversely affected, the long shutdown of Kahuku is dampening enthusiasm for wind energy in Hawaii.

It is these kinds of visible economic or technical failures that give the cleantech sector a black eye. The bad reputation diminishes civic goodwill, support for favorable public policies, and appetite for private capital to be allocated to the sector.

Unlike Edison’s failures, largely unnoticed by the rest of the world while he returned again and again to the drawing board, visible cleantech failures are distinctly unhelpful.

Such episodes are very painful for those of us on the sidelines working humbly to maintain forward progress in spite of the setbacks that inevitably occur in this long and challenging cleantech transition.