User Page: Bill Hobbs

For the Birds: Researchers Seek Ways to Lessen Impact of Wind Turbines on Our Feathered Friends

By Bill Hobbs  

Wind turbines once acted as a death sentence for thousands of birds, but today’s wind farm entrepreneurs “are trying to reduce the impact on wildlife before turbines even go up,” reports The Coloradoan newspaper. “Research being done before wind farms go up, as well as advances in wind farm technology, are stemming avian deaths…”

Researchers at Colorado State University are trying to learn more than just how many birds are killed by wind turbines, says Bill Farland, vice president of research at CSU. They also want to know whether wind farm development “begins to change migratory patterns of birds,” he said. It is a question scientists have been examining for years, and continue to study each time a new wind farm is built.

Bird deaths are one cause of objection to new commercial-scale wind farms - to the extend that researchers can solve the problem or at least reduce it, commercial wind power’s future will be that much brighter.

But some people aren’t waiting - they’re installing personal-sized wind turbines on their own property to power their own homes. The New York Times is reporting on the trend.

Until recently, wind turbines were used primarily by those who lived outside the range of local utility lines, or who wanted to live completely off the grid. But reductions in their size and cost, along with improvements in their efficiency, are allowing suburban homeowners with no dissident leanings to speak of to install them in growing numbers, with concerns over rising energy costs and global warming driving the demand.

Sales of wind turbines have been growing steadily since 1990, when the American Wind Energy Association, a nonprofit advocacy group in Washington, began tracking them.

Last year, about 7,000 small wind turbines — defined as those that have a capacity of up to 100 kilowatts, roughly enough to power a large school — were purchased in the US, according to the group, which said it expects sales to reach about 10,000 this year.

That’s a lot of business for the small-turbine makers.

And several states are helping spur the growth:

Residential turbines, which account for half those sales, are typically 10m to 30m tall, with outputs of 2 kilowatts to 10 kilowatts. They cost between US$12,000 and US$55,000, but in recent years, 19 states — including California, New Jersey, New York, Massachusetts and Ohio — have begun offering incentives and rebates that can cut purchase prices by up to 50 percent.

Even Uncle Sam may soon chip in:

And last week, the US House of Representatives passed a bill that would help states provide grants and low-interest loans for residential turbines, as well as solar panels and geothermal heat pumps. It would also offer a 30 percent federal tax credit on turbine purchases, up to US$4,000. The Senate is now considering a similar measure.

The NYT story also looks at the impact of wind turbines on electric bills and on residential home values, and also gives a peek at the NIMBY issues raised by homeowners erecting wind turbines to power their own homes. While big turbines put birds at risk, small turbines may put neighborhood comity at risk in some cases.

Although the story doesn’t mention any small-turbine makers by name, the American Wind Energy Association offers a good though probably not comprehensive list.

Of the companies on the list, only one - Distributed Energy Systems - appears to be publicly traded. The company’s 100kw model is intended not for single homes, but for small industrial sites, small communities and municipalities, schools, commercial farms and remote village wind-diesel power systems.

With the NIMBY issues raised by single-home wind turbines, I wonder if perhaps the right approach would be middle ground with whole subdivisions being served by a few medium-sized wind turbines. Kill two birds with one stone, so to speak.

The California Wind Energy Consortium has a very helpful web site of information if you’re considering installing a small wind turbine on your property, and the American Wind Energy Association has a similar info site with state-specific information.



Energy Bill Boosts Ethanol Prospects

By Bill Hobbs  

Thomson Financial News reports on the winners and losers in the stock market thanks to progress in the Senate on an energy bill. Big winner: ethanol stocks. But the end of tax breaks for solar power isn’t likely to hurt solar stocks, analysts say.

Alternative-energy shares traded broadly higher Friday after the U.S. Senate passed an energy legislation bill that set a mandate for expanded use of biofuels and increased fuel-economy standards for new vehicles and energy-efficiency standards for appliances and buildings. Ethanol shares, in particular, got a boost from the bill, which includes a renewable-fuel standard of 36 billion gallons of biofuel by 2022 and set a mandate for nine billion gallons of blended biofuel in 2008.

The Powershares Wilderhill Clean Energy Portfolio (NASDAQ: CLNE), an exchange-traded fund, surpassed its annual high Friday by 4 cents, rising to $26.53, while the Global Alternative, another exchange-traded fund, traded near its annual high of $60.78 with a high Friday of $57.86.

Some analysts think ethanol stocks could potentially rise by 20% to 30% from their current level, if the legislation passes.

The American Coalition for Ethanol is pleased.

The House takes up the legislation next week.

No Left Turns

By Bill Hobbs  

UPS may look stodgy with its brown trucks and brown uniforms, but it is increaasingly showing itself to be an eco-friendly innovator. The New York Times Magazine looks at one of its earth-friendly innovations, the use of software to plan delivery routes that involve as few left turns as possible.

Writer Joel Lovell says the company realized that “when you operate a gigantic fleet of vehicles, tiny improvements in the efficiency of each one will translate to huge savings overall,” and deployed “package flow” software to pre-plot delivery sequences for its 95,000 vehicles.  The payoff is significant:

Last year, according to Heather Robinson, a U.P.S. spokeswoman, the software helped the company shave 28.5 million miles off its delivery routes, which has resulted in savings of roughly three million gallons of gas and has reduced CO2 emissions by 31,000 metric tons.

Eliminating as many left turns from your daily travels won’t save you millions of miles of travel or millions of gallons of gas, but at $3 a gallon, every little bit helps. Plus, left turns are often a pain. Think about your regular routes.

Low-Cost Wind Turbine

By Bill Hobbs  

HealthyHabitat.com is marketing a $479 wind turbine that will generate 200 watts at wind speeds as low as 8 metres per second, and deliver useful power at a gentle 3 metre/sec breeze or give up to 300W at higher wind velocities.  The price includes 4.5 meters of tower piping, tower base, guy wires, steel rope clamps and other mounting hardware. You’ll need some skill in construction, especially in pouring concrete, mechanical assembly and rigging.

The average household in the United States uses about 8,900 kilowatt-hours of electricity each year, so a 200-watt wind turbine isn’t going to get you off the grid, but it could be a good source of back-up power.

Build a Hydrogen Fuel Cell Car for $99.95

By Bill Hobbs  

Five years after they first released their hydrogen fuel-cell toy car kit, Thames & Kosmos is back with a new version of the popular toy, the Fuel Cell X7.

The Fuel Cell X7 model car kit includes a unique reversible fuel cell not found in other fuel cell car models. The kit also includes a user’s manual that the compay says is “focused more on building and designing a fuel cell car, rather than the comprehensive lesson on the science of fuel cells and solar cells found in the first version.” Additionally, the instructions have been rewritten to be accessible to a younger audience - the X7 is said to be for kids 10 and up.

Fuel-cell powered cars are likely to become a common form of transporation within the lifetimes of this generation’s children. Why not get them a model version for Christmas, and let them learn about the technology and get comfortable with it now?

Burbank To Get Hydrogen Fuel-Cell Bus

By Bill Hobbs  

Colorado-based Mobile Energy Solutions is building a new bus for the Burbank, California, public transit system, that will run on hydrogen. The 37-passenger bus is expected to begin service in Burbank in summer 2008. The San Fernando Valley Business Journal reports that the new bus “will have a similar look to the condensed natural gas vehicles in the city’s fleet,” but with a different color scheme.

While the Coachella Valley Sunline Transit Agency and the AC Transit in Oakland already have hydrogen fuel cell buses, Burbank will be the first city in the Los Angeles area to have one. It doesn’t come cheap:

A big part of the nearly $2 million price tag gets picked up from a $1.3 million state grant from the Alternative Fuel Incentive Program. Martin Marietta Composites, Mobile Energy and the city divide the remainder.

Mobile Energy Solutions was one of only two companies that approached the city to take part in a pilot program for a hydrogen fuel bus.

The light weight composite body bus provided by Martin Marietta, will house two 16kW fuel cell modules and lithium titanate batteries from Hydrogenics Corporation. The on-board storage tanks provide hydrogen to the fuel cells which produce electricity, which energize the batteries that power the bus.

Hydrogenics Corp., based in Ontario, Canada, is a public company with stock traded on the Toronto Stock Exchange (HYG.TO) and the Nasdaq (HYGS).

While this is the first hydrogen-powered bus in Burbank, the city of Burbank has already put hydrogen technology to use. In 2006 the city began operating a hydrogen station and five hydrogen internal combustion engine converted Prius vehicles as part of a program sponsored by the South Coast Air Quality Management District.

Al Gore Makes His Mansion Greener

By Bill Hobbs  

The Associated Press reports that former Vice President and current Nobel Price-winning global-warming prophet Al Gore has greened up his Nashville mansion:

Al Gore, who was criticized for high electric bills at his Tennessee mansion, has completed a host of improvements to make the home more energy efficient, and a building-industry group has praised the house as one of the nation’s most environmentally friendly. The former vice president has installed solar panels, a rainwater-collection system and geothermal heating. He also replaced all incandescent lights with compact fluorescent or light-emitting diode bulbs.

“Short of tearing it down and staring anew, I don’t know how it could have been rated any higher,” said Kim Shinn of the U.S. Green Building Council, which gave the house its second-highest rating for sustainable design.

Gore’s improvements cut the home’s summer electrical consumption by 11 percent compared with a year ago, according to utility records reviewed by The Associated Press. Most Nashville homes used 20 percent to 30 percent more electricity during the same period because of a record heat wave.

Nice to see that someone whose been talking for years like its a crisis has finally started acting like its a crisis.

“Concentrated Solar Power” Technology Headed for Boom Times, Consulting Firm Says

By Bill Hobbs  

A new study from Emerging Energy Research says that the technology known as “concentrated solar power” or CSP is the fastest growing utility-scale renewable energy alternative after wind power, with up to $20 billion expected to be invested in CSP over the next five years.

Ever used a magnifying glass to kill a bug or burn a leaf with sunlight? That’s concentrated solar power. In the energy business, rather than focus the sun’s rays to burn bugs and leaves, CSP technology uses mirrors to focus the sun’s rays and convert the sun’s energy into high-temperature heat, which is then used to generate electricity in a steam generator or, in some cases, to power a Stirling Engine.

The U.S. Department of Energy is very involved in research and development of three types of concentrating solar technologies: trough systems, dish/engine systems, and power towers.

“With natural gas prices tripling and current volatility expected to continue, CSP is well-positioned to compete against other electricity generation technologies in the near-to-medium term,” says Reese Tisdale, EER’s senior analyst. “In countries such as the U.S. and Spain with higher solar resources, land availability and sufficient government support to kick-start the industry, utility-scale solar CSP technology has the potential to become an integral part of the generation mix,” Tisdale adds.

Spain and the U.S. are currently the two leading countries in the CSP industry, and CSP installations in Spain and the U.S. are expected to surpass a combined 7,500 MW by 2020, EER forecasts.

But the U.S. market for CSP is being hampered by - what else - tax policy. Says EER: “A large potential pipeline (of CSP projects) in the US is stalled by uncertainty over the future of a 30% investment tax credit (ITC), now due to expire at year-end 2008.”

Outside Spain and the U.S., Italy, France, Portugal and Greece are all on the verge of seeing new CSP developments, as well as parts of the Middle East and North Africa, according to EER.

I’d link you to the study, except they want $3,750 per copy. But Solar Industry Magazine has a pretty good summary of the study.

Companies active in the CSP space include Solel, Solar Millennium, Abengoa Solar, Ausra, BrightSource Energy, SkyFuel and Stirling Energy Systems - which are looking to leverage their specialized technology capabilities. Also in the mix: independent power producers and utilities that are investing in CSP to go along with their other renewable power generation assets.

“It is no surprise that the largest owners of wind power plant globally are also emerging as significant players in CSP,” says Tisdale. These players, led by Iberdrola, FPL Energy, Acciona and EDP are looking to add CSP projects to their mounting wind portfolios as a means to diversity other utility scale technologies. FPL Energy, notes Tisdale, is currently the leading IPP investor in CSP, with its wnership of seven solar plants in California built in the late 1980s.

The study, “Global Concentrated Solar Power Markets and Strategies, 2007-2020,” can be found at Emerging-Energy.com.

Mobile Solar-Powered Water Purification Systems Headed to Iraq

By Bill Hobbs  

WorldWater & Solar Technologies Corp. will soon be shipping 12 of its Mobile MaxPure solar-powered water purification systems to the US military, which will use them to bring clean fresh water to farmers and families in the Euphrates Valley region of Iraq. The portable systems have the ability to supply 30,000 gallons per day of clean fresh water for drinking or irrigation - and 3.2 kilowatts of electrical power.

The Mobile MaxPure™ is a stand-alone, sturdy and robust 7-foot cube that opens with the press of a button, unfolding a solar array which can deliver 3.2 kilowatts of electrical power and, with the Company’s patented AquaMax™ controls, can pump and purify up to 30,000 gallons of water daily. The unit can also desalinate brackish or sea water. It will operate from sunshine alone or in combination with a power grid. Mobile MaxPure™ is also equipped with a back-up generator and a battery bank for 24-hour use.

The Morrell Foundation of Bluffdale, Utah, is paying $900,000 for the dozen units, which are being delivered to Iraq by Millennium KI, a military supply contractor.

“The Iraqi farmers do not have reliable power from the electric grid to operate their irrigation pumps or treat their water for drinking,” said Quentin T. Kelly, Chairman & CEO of WorldWater & Solar Technologies Corp., in a press release. “When we received an e-mail from the Marines at Camp Fallujah requesting water purification units, we moved immediately. Morrell and Millennium responded equally. I understand families are drinking directly from the river, which of course is seriously polluted. Within 30 minutes of Max’s arrival on site, the people will be able to drink purified water from the river and able to start irrigating crops.”

WorldWater is a publicly-held company. Its shares are traded on the NASDAQ Bulletin Board under the symbol WWAT.OB. It is a fully reporting company. WorldWater & Solar Technologies Corp. was formed in 1997 as the result of a reverse merger.

Its stock is currently inexpensive.

WorldWater isn’t on the cutting edge of innovating new energy technologies - instead it is in the business of innovating ways to use solar power - in this case, to create fresh water in a remote location that’s off both the electric grid and the public water infrastructure. The Mobile MaxPure™ is, I think, a good example of the kinds of alt-energy applications we’re going to increasingly see: relatively small, decentralized and independent of the grid.

Eating Our Own Dogfood

By Bill Hobbs  

Ecotality - the sponsor of the Ecotality Life publication you are currently reading - has announced plans to acquire Minit-Charger, a subsidiary of publicly traded Edison International, for $3 million in cash and stock.

Minit-Charger, based in Irvine, Calif., makes chargers for rechargeable lithium-ion and lead-acid batteries that can be used in electric light construction vehicles like forklifts, and counts Home Depot, Costco Wholesale, and Toyota Motor among its customers.

Here’s what various publications are saying about the deal:

CNET News.com says, “It’s a broadening of focus for the energy technology company that seems logical. Batteries play a leading role in the development of energy-efficient vehicles. When it comes to plug-in electric vehicles, one of the biggest setbacks is the limited range per charge. This is why electric vehicles have so far only really found a niche market in places that don’t require vehicles to travel long distances, like warehouse facilities or municipalities.”

The Phoenix Business Journal says Ecotality “is continuing on its path of holistic, environmentally friendly technology” with the acquisition.

The Arizona Republic says Ecotality is “power-hungry - but only for alternative power,” adding this rather colorful description of the company’s acquisitive nature: “Like some sort of publicly traded Pac-Man, the company has been navigating the alternative-energy maze, chomping down small companies like little energy pellets.”

GreentechMedia.com notes that the Minit-Charger deal is Ecotality’s fourth acquisition this year, and is skeptical, saying “as Ecotality fills out its green portfolio, investors question whether the company is taking on too much risk.”

Me? I kind of like Ecotality’s strategy. The industrialized world is replete with small alternative-energy/greentech/cleantech companies, many of them doing some very innovative things, but few of them get noticed. By bringing several such companies, in related niches, under one umbrella, Ecotality creates an opportunity to push them to the forefront.




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