Posts Tagged ‘Vinod Khosla’

The Algae Fuel Backlash: Here Come the Skeptics

Monday, September 28th, 2009

algaefuel2Judging from the flurry of venture-capital deals, big oil company investments, and attention from politicians on startups creating biofuels from algae, it might seem like the world has fallen in love with the technology to power vehicles with pond scum. But after all of the algae euphoria this summer, we’ve started seeing a few signs of an algae fuel backlash, with several prominent investors publicly questioning the economics of algae fuel.

At the AlwaysOn’s GoingGreen conference, outspoken cleantech investor Vinod Khosla said his firm has aggressively been looking at algae technologies, but hasn’t found one viable plan after looking at “maybe two dozen.” “The economics of algae don’t seem to work,” he said.
(You can watch the video here by clicking on “Renewables at Scale.”)

In contrast, Khosla has been investing millions into biofuels made from cellulosic biomass. His sentiments also seem to be a change from the rhetoric just last year, when Khosla said at the Algae Biomass Summit that algae could “be a solution” and play a significant role in replacing oil.

Khosla isn’t the only one warning against too much optimism where algae fuel is concerned. At the EmTech conference this week, Jim Matheson, a general partner at Flagship Ventures, said he doesn’t think the costs calculate out either. “We just don’t believe in the economics,” he said, and added that he isn’t sure that “algae is going to come down the cost curve,” according to Technology Review.

At the same event, Technology Review also reported that David Eyton, head of research and technology at BP, which has invested in algae startups Synthetic Genomics and Martek Biosciences, questioned the viability of different types of algae technology, and more specifically the kind that Exxon Mobil recently invested 0 million in. “We don’t think that [technology] will ever reach the kind of cost or supply that we think people are prepared to pay,” he said.

Is the algae-fuel backlash snowballing into a full-on trend? Well, algae has always had its skeptics. As far back as three years ago, companies like Imperium Renewables were stating that producing significant amounts of algae for biodiesel was further away than cellulosic ethanol. “It’s not about whether algae can produce oil, but about whether it can meet a standard quantity needed for fuel,” then-CEO Martin Tobias said at ThinkEquity’s Greentech Summit in San Francisco back then. “It’s going to take longer than anyone wants to say at an investor’s conference.”

Nobody so far has been able to produce algae cost competitively in large quantities, and – in spite of all the promising ideas — it’s still unclear whether that will happen. Matt Horton, CEO of Propel and a principal at @Ventures, said his view of algae hasn’t changed in the last few years. “It’s one of the most promising opportunities in the liquid fuels arena, but the timelines for true commercialization are still years down the road,” he said. It’s tough for a company like Propel to work with algae companies at this point because it’s difficult to predict – with any certainty – when algae-based fuels might realistically be delivered.

When a technology like algae fuel gets as much attention as it has this summer — with politicians visiting algae fuel startups on a weekly basis — it becomes an easy target for the skeptics. What the industry needs right now is less hype and more proof that the pond scum can really come down in cost to reach mass commercialization.

Image courtesy of NREL.



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Battery Startup Seeo Raises $8.6M, With Khosla Back for More

Monday, August 31st, 2009

Vinod Khosla, one of Silicon Valley’s biggest cleantech backers and the founder of Sun Microsystems, may be keeping an eye on the hype about lithium-ion batteries, but the venture capitalist is still excited about one of his earlier lithium battery plays: Seeo. The stealthy startup, which is developing a nano-structured lithium-polymer battery, has raised more than .6 million in new funding, according to regulatory filings picked up by peHUB this morning, and investors in the round include Khosla’s firm, Khosla Ventures.

Seeo, based in Berkeley, Calif., has now raised a total of more than .6 million for its solid-state battery, which is based on a solid polymer electrolyte that the founders developed at the Lawrence Berkeley National Lab. The material, which Seeo began licensing from the lab in 2007, allows for a more stable battery with higher energy density and none of the flammable liquid electrolytes that present a safety risk in conventional lithium-ion batteries.

According to founder and technology director Mohit Singh, the company’s batteries can operate at a much higher temperature than competing devices, which means it can be used in rugged, outdoor applications — attached to a solar system, for example. The Berkeley Lab also anticipates applications for technology like Seeo’s in electric vehicles, and says the startup’s batteries are on track to achieve the U.S. Advanced Battery Consortium’s 5,000-cycle goal for plug-in vehicle batteries.

Seeo remains very tight-lipped about its technology, strategy and commercialization plans. But when I spoke with some of the startup’s team this week at IBM’s Almaden Institute, they shared Khosla’s take that lithium-ion batteries don’t represent a silver bullet for all energy storage challenges. And materials development director Hany Eitouni said he agreed with Ford’s Ted Miller, who spoke at the event and showed a slide depicting “evolution” of lithium-ion batteries through around 2017 — and then a “revolutionary technology change” after that. Will we really see such a shift in that time frame? We’ll have to, Eitouni said.

In the meantime, the company (and Khosla, through his investments) is jockeying to snag a piece of an increasingly competitive and growing market. Despite the hype, Khosla has said, “Lithium-ion markets are here today. We’re investing because there are good markets.”



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Battery Startup Farasis Energy Closes In On Production

Monday, August 31st, 2009

farasisenergyBattery startup Farasis Energy is betting that a combo of low manufacturing costs in China and advanced tech expertise in the U.S. will lead to lithium-ion cells that can compete on a global mass market. CEO Yu Wang said in an interview today at IBM’s Almaden Institute in San Jose, Calif., that the six-year-old, Hayward, Calif.-based startup is close to having a factory ready in China for pilot-scale production of its lithium-ion cells.

The strategy is similar to the bet that electric car startup Coda Automotive is making and A123Systems also said it would base much of its manufacturing in China if it didn’t get funding from the U.S. Department of Energy. In addition to the cost-cutting benefits of keeping production in China, the strategy puts these companies at the forefront of what’s shaping up to be a powerhouse EV market. China has growing demand for autos in general, but also new government support for electric vehicles and charging infrastructure, as well as its own auto and battery makers eager to beat out Europe, Japan and the U.S. on plug-in vehicle technology.

Founded in 2003 by Wang and Keith Kepler, President and CTO (both directed research at now-defunct battery maker Polystor), Farasis Energy got its start before the field of lithium-ion battery startups really became crowded, or acquired the hype observed last month by venture capitalist Vinod Khosla. Wang said he’s banking on that head start and his team’s industrial experience, in addition to the technology itself and low costs, to give Farasis a competitive edge.

So far the company has raised a first round of venture capital from Chinese investors as well as at least 0,000 under the DOE’s small business innovation research program. But unlike Coda, A123Systems, and more than a hundred other battery and vehicle developers, Farasis has opted out of requesting stimulus funds. For its second round of financing, sometime in the next two years, Wang tells us that Farasis may be courting investors stateside.



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For Next-Gen Batteries Look to Universities — and the Rare Startup

Monday, August 31st, 2009

PlugIn1Governments and many companies in the U.S. and Europe all but forgot about battery innovation over the last 10-15 years, according to Joerg Huslage, the group leader for electrochemistry at Volkswagen. But with a growing number of automakers now jumping headlong into plug-in vehicle development, and already approaching the limits of lithium-ion (the battery technology of choice for the upcoming generation of electric cars) researchers are now in a high-stakes race to produce the next generation of plug-in vehicle energy storage technology that will have higher energy density, cost less, and last longer than today’s batteries.

Demand for energy storage technology that will replace lithium ion is “tremendous,” Huslage said this morning at IBM’s Almaden Institute — an event that focused on the topic of going beyond lithium-ion batteries. Investors have certainly been concentrating on what will come next, and Vinod Khosla recently went so far as to call lithium-ion a tech that has been “overhyped,” and will “possibly be replaced.”

Now that leaves a lot of questions about where the innovation will come from, who will be developing the breakthroughs and what type of technology will emerge. Will it come out of China, Japan or the underdogs in this race: Europe and the U.S.? Volkswagen, for one, has taken steps to utilize battery tech out of Asia. The German automaker has a partnership with Sanyo Electric to develop batteries for plug-in vehicles, another arrangement with Toshiba for an upcoming electric concept, and in May, announced a deal with China-based BYD Auto to test the Warren Buffett-backed company’s lithium-ion battery technology for upcoming VW cars.

As for who will produce key innovations, Huslage says his money’s on PhD students. That presents somewhat of a handicap for the U.S., he said, noting the declining interest from foreign students in doing graduate and post-graduate work here. As BusinessWeek reported last week, international admissions to U.S. grad schools fell sharply this year — the first decline since 2004, largely because of “the deteriorating job market and problems with visas and financing.”

Startups on the other hand, he said, are swimming upstream — more so in the battery sector than in most others. “It’s easier to build a car” than a battery with 10 times the energy density of today’s devices. As a rule, Huslage said, “Small startups cannot do this.”

One area of battery development that could offer better fodder for entrepreneurs, however, is new materials, said Huslage. And he expects at least some startups, spun out of university labs, to come up with “small solutions” (a groundbreaking electrolyte, for example) that end up making a big difference in battery capacity and performance.

What types of energy storage will emerge after lihtium-ion? Butron Richter, Nobel laureate and director emeritus of the Stanford Linear Accelerator Center, said yesterday, “Some of the experts here say lithium air is the best possible battery,” referring to the battery technology that the summit’s host, IBM plans to develop over the next five years. But “there’s a lot of the periodic table that’s unexplored.”



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