Clean Tech Investing Bounces Back With Electric Cars Deals Leading The Way

March 31, 2010

Venture capitalists returned enthusiastically to clean-tech investing in the first quarter, increasing their spending. But they shun solar companies for electric cars and backed away from the smart grid. To hedge their bets, they spread their money more broadly than in the past, putting smaller sums in more companies.

Clean-tech venture investing rose in the first quarter after a soft fourth quarter. Source: Cleantech Group and Deloitte

Clean-tech start-ups globally received $1.9 billion during the three months, an 83 percent boost from the first quarter of 2009, when the depths of the recession brought investing to a stand still. Investments rebounded 29 percent from a soft fourth quarter, which perhaps is a more telling sign of the renewed vigor in the sector.

The number of deals in the quarter – 180 – set a record, edging out the 165 of the fourth quarter, according to a investment survey released by the Cleantech Group and accounting firm Deloitte.

In North America, VCs turned in their largest quarterly investment total in a year and a half. Venture firms in the region accounted for 81 percent of total dollars.

Perhaps the most disappointing news from the quarter was that venture investors continue to feed their portfolios, pouring most of their money into existing companies instead of new start-ups.

The transportation sector, including electric cars, was the quarter’s largest category. The electric car battery-swapping venture, Better Place, took in $350 million and electric carmaker Fisker raised $140 million. Battery maker Coda Automotive added $30 million to its bank account.

The greatest number of deals took place among energy-efficiency start-ups, including LED lighting companies.

Overseas, venture investing in Europe and Israel was down compared with the fourth quarter.


Ford Doubles Down With Microsoft, Is First To Use Smart Grid Hohm Software

March 31, 2010

Ford became the first automaker to agree to use Microsoft’s Hohm smart grid software for electric cars, deepening the relationship between the two companies.

Ford goes Hohm, expects to use the smart grid electric car recharging software in its Focus Electric in 2011

Ford already relies on Microsoft’s Windows Embedded Automotive software in its Sync in-car communications and entertainment system, now installed in 2 million cars.

Hohm will first appear in Ford’s Focus Electric vehicle in 2011 and enable drivers to determine when to recharge their cars and how to conserve energy at home during recharging. It is estimated electric cars will double home energy use, so scheduling a battery recharging when rates are low and demand elsewhere in the home is modest can be key.

The companies did not discuss financial arrangements in a press release issued Wednesday at the New York International Auto Show. But Hohm, which provides insight into energy use, is presently available for free to consumers.

Microsoft and Ford said they would work with utilities to jointly advance energy management efforts as electric cars gain wider use.

Clearly both companies value the new relationship. The press release included comments attributed to both CEOs. “Today, we begin the next major step in our working together and leading the way for energy efficiency and environmental sustainability,” said Ford CEO Alan Mulally.

“With Microsoft Hohm, Ford and Microsoft will deliver a solution that will make it easier for car owners to make smart decisions about the most affordable and efficient ways to recharge electric vehicles, while giving utilities better tools for managing the expected changes in energy demand,” added Microsoft CEO Steve Ballmer.


GM And Energy Department Team Up On Jatropha Farming In India

March 31, 2010

General Motors has already invested in ethanol start-ups Coskata and Mascoma. Now it is throwing more effort behind biodiesel.

The formerly bankrupt automaker teamed up with the Department of Energy and will develop two new experimental jatropha farms in India. The five-year partnership will reply on funding from both organizations.

Goal is to find strains of jatropha that will grow on marginal lands in the U.S. and elsewhere

The aim is to identify new strains of the drought-resistant plant that can grow on marginal land in the U.S. and elsewhere to produce significant quantities of oil to convert to biodiesel. The oil comes from the seed of the weed-like plant, which is known for its ability to grow in sandy, gravelly soils. Strains of jatropha for the experiment have been developed through selective breeding and laboratory optimization.

Energy Secretary Steven Chu said he hopes the partnership will speed up efforts to turn jatropha into a commercially viable alternative to petroleum-based fuel. It will cultivate 408 acres of land in three locations, including in Kalol near GM’s India manufacturing plant.

GM has already begun testing jatropha-based biodiesel in its vehicles. The carmaker’s European division has a fleet of six cars running on jatropha blends. The company also used a 10 to 20 percent mixture to run vehicles in India several thousand miles.

GM’s biodiesel work began in India several years ago but on a much smaller scale than its development of ethanol.


Smart Grid Uncertainty Persists: Financial Benefits Seen A Decade Away

March 30, 2010

One man’s smart grid isn’t necessarily another’s. That explains the uncertainty surrounding this key investment focus for modern utilities – and the hesitancy with which they predict consumer adoption.

It is no surprise then that utilities have sharply different projections for investment payback, both from consumers and the changing utility infrastructure. This divergence of opinion was evident in a survey of executives attending the DistribuTech smart grid trade show in Florida.

Smart grid budgets are on the rise, even if expectations aren't. Seventy-seven percent of utilities are spending more money.

Twenty-nine percent of the 100 utility representatives surveyed said the smart grid will take a decade to justify itself. Another 27 percent said the benefits will begin to show up in three years. In either event case, three-quarters reported their developmental budgets are on the rise.

Smart grids can be seen from many angles with differing expectations, which helps explain the lack of consensus. Perhaps with the most promising efforts are those to improve the electricity distribution infrastructure. When power can be wheeled more efficiently, effectively and incorporate intermittent renewables, utilities will reap enormous benefits. This has nothing to do with consumers, but a great deal to do with emerging gateway technologies, smart sensors and massive computer systems giving near instantaneous control to giant power grids.

On the other hand, a great deal of industry focus is presently turned toward the consumer, where it is hoped near real-time readouts of home power use and new energy management devices will give homeowners the financial incentives to adjust power use. To make this expectation work, utilities need creative, innovative thinking, the kind that has driven the consumer electronics industry through the decade-and-a-half Internet era. But the gap between knowing and doing is great. Utilities, unlike consumer electronics firms, haven’t had to reinvent themselves every three to four years and don’t know the rules.

All this creates great uncertainly about how and how much people will benefit. Consumers may suddenly have access to minute-by-minute data on home energy use, but it is unclear how they – or utilities – will put that data to use, or even the scale of the computer systems necessary to make on-the-fly, instant power system adjustments.

With the lack of clear knowledge, group thinking is taking over. According to the survey, sponsored by Comverge, investment efforts for the next year are relatively uniform. Eighty-nine percent of utilities will deploy smart meters. Another 48 will install smart home thermostats. In-home displays and smart outlets? Not yet viewed as critical infrastructure.


Novomer Reports Progress Turning CO2 Into Plastics And Coating

March 30, 2010

Massachusetts start-up Novomer says it has made significant technical process recently turning unwanted CO2 into plastics and coatings for industrial use.

The company, which is on the front lines of the emerging carbon sequestration industry, claims the yield from its laboratory process jumped per pound of cobalt-based catalyst it adds to production. The efficiency improvement should offer a potential boast to profitability as its technology moves from the lab to commercial application.

Novomer will announce Tuesday it won a $2.1 million DOE grant to design a pilot plant. Company will compete for plant construction funding later this year

The gain is an important step for an industry with a gargantuan task. Carbon capture is one of a handful of techniques  – along with wind energy and solar – shouldering a critical burden in the battle against global warming. Instead of finding a new way to produce electricity, such as from the rays of the sun, like solar, carbon capture is intended to coral the trillions of pounds of carbon produced each year from traditional energy generation before it is released into the atmosphere.

Some sequestration techniques hope to bury the carbon. Novomer plans to turn it into useful products, such as the coating on a soda can.

The company said Tuesday it won an important vote of confidence in the form of a $2.1 million grant from the Department of Energy to design a pilot plant. Novomer was one of 12 companies to receive $100 million in funding. Each of the companies will compete later this year for a second, larger round of funding to build the plants. Only about six are expected to win.

Novomer Vice President of Business Development Peter Shepard says the efficiency improvements are critical to the company’s efforts. But he points out that challenges remain. One important hurdle involves turning a reaction conducted in isolation the lab into a continuous process appropriate for commercial development. Then too, Novomer must figure out which product will be the most lucrative to produce.

There is no doubt, however, about the significance of the effort. Shepard estimates Novomer’s production should be able to sequester 30 to 50 billion pounds of CO2 each year, or the emissions of four to six coal fired power plants.

No one single solution is going to solve global warming, he says. Each will help.


Videos: Best Of Ignite At Where 2.0

March 29, 2010

Ignite is a fun and high-energy evening of “speed presentations”. At Where 2.0, the theme was geolocalisation

The sixth annual Where 2.0 Conference kicked off this morning in downtown San Jose, Calif., with tutorials (on mapping, geolocalisation…) and the infamous “Ignite” presentations.

As always, Ignite Where 2010 was a fun and high-energy evening of “speed presentations” where attendees where given five minutes on stage to pitch their project using a slides (20 maximum) that rotates automatically after 15 seconds!

Follows are my favourite presentations and the associated videos:

  1. App Store is For Suckers by Jonathan Stark (Jonathan Stark Consulting)
    Submitting (pun intended) to the App Store is for suckers. The cheapest, easiest, fastest way for developers to get in on the mobile gold rush is to build killer web apps. Web apps can now – today – access location data, utilize client-side SQL databases, and even run offline. Web apps run on more than 100 mobile handsets with zero modification. We’ve moved on. Don’t get suckered. Read the rest of this entry »

Landis+Gyr Wins First Major British Smart Grid Deal

March 29, 2010

Smart-meter maker Landis+Gyr said Monday it won a deal to supply up to 1 million smart meters to British Gas customers in the United Kingdom’s first major smart -grid trial.

The smart-grid trial will install touch-screen displays inside British homes

The nation hopes to have all residential and business customers of its six major utilities connected to smart meters by the end of the decade.

The British Gas deal is among Europe’s largest. It also breaks new ground with a promise to release programming interfaces to third parties so that independent developers can create applications for consumer use, much as outside companies develop applications for Apple’s iPhone. Each home will be outfitted with an internal touch-screen display.

The trial is meant to offer utility customers the opportunity to manage their gas and electricity consumption by connecting to smart appliances, such as dishwashers or heating systems. By better scheduling the use of appliances for when they are needed or when power is less expensive, people can save money.

Landis+Gyr is already working on three small British trials, giving a leg up on future smart grid contracts.


China To Be Largest Solar Market In Five Years

March 29, 2010

Over production, consolidation, falling prices. The $39 billion solar market is difficult place to navigate.

So when will business conditions find a more even keel? Probably not for a two or three years, according to a new assessments of the troubled industry.

Growth has strengthened after last year’s economic swoon, and prices should decline by about half of 2009’s 40 percent plunge. This should bolster profits at leading companies.

But vendors are not out of the woods. A major shift in demand is underway, eventually unseating Europe as the sales center of the business and lifting China into its place.

The new assessment from Lux Research finds several new unexpected markets are becoming hot places to do business. All have high subsidies: New Jersey, Ontario, the Czech Republic, and several of them suggest a shift in the industry’s center of gravity to East from West.

European markets did relatively well last despite the downturn. Sales should remain solid this year. But saturation and subsidy cuts (in Germany, France and Italy, in particular) will have an impact in 2011.

That’s when the U.S. and China will likely play more commanding roles. California should lead demand in the U.S., but New Jersey will be a bright spot, too, Lux says. New Jersey sales are about one-sixth of those in California.

The China juggernaut is being sparked by a massive increase in government spending and government investments in solar companies. By 2015, China will account for 36 percent of the market compared with Europe’s 34 percent and North America’s 21 percent, says Lux. The industry’s power structure will have changed

“China has decided that is wants to own…the clean-tech industries of tomorrow,” warns a letter 45 House Democrats sent Monday to the Democratic House leadership. “China is pumping $12.6 million every hour into its clean-tech ambitions.”

In the meantime, though, a shakeup is on the way. Supply and demand will come back into balance, but not before weaker companies fail and production lines are mothballed. This process could take two to three years.

And it is already underway On Monday, panel producer SunPower announced it had completed its acquisition of European Sun farm developer SunRay. More deals will follow.


Alcoa Hopes To Lower Solar Thermal Costs With Aluminum Mirrors

March 26, 2010

It is no surprise aluminum maker Alcoa hopes to lower the cost of solar power by using aluminum mirrors to concentrate solar rays.

The only surprise is that it has taken the company this long.

Alcoa's test mirror measures 20 feet by 46 feet and promises greater durability than glass.

The metals giant said it is conducting early tests of a parabolic mirror with the Energy Department’s National Renewable Energy Lab in Colorado. The department has put $2.1 million into the project.

A positive result would suggest more durable aluminum mirrors could replace the glass reflectors typically used in solar thermal plants today. The plants use the concentrated energy to heat water (or another liquid) and power a steam turbine, generating electricity. The aluminum mirror measures 46 feet by 20 feet.

Results of the test are expected in the second quarter and large-scale trials will follow.

The company argues the benefits go beyond lower costs, which it can achieve through high-volume manufacturing. Thermal energy can be stored (think hot water) and used when the sun hides behind a cloud or sets for the day. This should permit greater grid stability.

NREL said it welcomed a major U.S. manufacturer entering the market.


Using Wind Turbines At Home

March 26, 2010

They seem beyond your reach, don’t they? Residential wind turbines cost in the neighborhood of $40,000 each and carry their weight only when the wind is blowing.

And yet more than 10,000 American homeowners and small-business managers install these tiny wind turbines every year – more when the economy is humming. And some boast a respectable payback.

So, could you?

According to the American Wind Energy Association, 10,500 home wind turbines 100 KW and less were sold in the U.S. in 2008 generating $77 million in sales. Global sales that year added up to 19,000 units and $156 million in revenue. The recession hit the industry hard last year. Yet the market is to grow 30 fold by 2013.

Of course that outlook will prove optimistic if the price of turbines doesn’t come down significantly.

Homeowners and small businesses bought 10,500 wind turbines in 2008

Still, homeowners are able to make the financial equation work. That is in part due to an eight-year, 30 percent federal tax credit that Congress reauthorized in February 2009. States also kick in incentives, including California, Oregon, Arizona, Massachusetts, New York and New Jersey.

The real decision-maker, however, is the wind level. The association says turbines can pay if 10-mile-an-hour winds are frequent at your home. This is likely too rosy.

A better candidate for wind turbines is Ernest Ramirez, who was interviewed by the Los Angeles Times. Ramirez lives in Oak Hills on the fringes of Los Angeles and benefits from gusts that come over the Cajon Pass. They can rise to 35 miles an hour.

He says he uses a 10 KW turbine to power his expansive 3,250-square-foot home. Electric bills that were once $400 are now $100 a month. California’s incentive also softened the blow. It can be up to $12,500, making the investment easier to swallow.

Still, wind is a decade-long investment. And it needs a steady breeze.


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