California Energy Plan Could Bring Higher Prices

September 21, 2009

California’s second great global warming experiment began earlier this week when Governor Arnold Schwarzenegger signed an order requiring 33 percent of the state’s electricity to come from renewable sources by 2020.

Most observers believe the plan is a well-intentioned attempt to reduce the greenhouse gases beginning to disrupt the Earth’s climate. But can the goal be met? There are many reasons to say no.

Solar farms are expectec to go a long way toward helping California reach its nenewables target

Solar farms are expectec to go a long way toward helping California reach its nenewables target

Perhaps the greatest reason for skepticism is that the state’s first renewables target of 20 percent by 2010 looks unlikely to be met. San Diego Gas and Electric, the laggard of the state’s utilities, only gets about 10 percent of its juice from renewables one year away from the deadline.

Even if the ambitious 33 percent mark is achieved, it won’t be without pain. First, it will require piles of money for new plants, transmission lines and energy storage facilities – an area of the modern energy infrastructure where technology is still at an infant stage. The state also will need to become much more aggressive at siting plants over local objections, a process requiring a strength of will not typical of Sacramento.

Finally, consumers will have to become comfortable with paying higher prices. After all, there are reasons why renewable power – solar, wind and geothermal – isn’t finding its way into the market as quickly as California would like. Those reasons boil down to cost.

It is true “this target cannot be hit without some drastic action,” says Eric Corey Freed, principal at green building designer organicARCHITECT. “A fierce political will would need to be sent down from up high in Sacramento.”

Experts say solar and wind power are likely to be the two biggest beneficiaries of the state’s initiative – an effort that reminds some of the nation’s rush to increase manufacturing in advance of World War II. It is hard to know how big a factor geothermal will play. A final source of clean power – hydro electric – is already widely used in California and won’t be easily expanded.

Wind energy could be a big winner in California since the technology is more mature

Wind energy could be a big winner in California since the technology is more mature

The impact on consumer prices is perhaps the greatest unknown. Some estimates show about $6 billion will be needed for new transmission lines and improvements to existing facilities. But that will be a drop in the bucket compared with the cost of building new plants and striking long-term power contracts. Schwarzenegger’s order allows power to be bought from out of state. So some infrastructure may not be needed.

The costs could be moderated if a majority of the numerous solar and wind plants proposals before the state are quickly approved – and if they are built near population areas to eliminate the need for long transmission lines.

“Given project time lines from 2 to 12 years, this means the level of development activity will have to increase dramatically in the very short term,” says Abe Yokell, a principal at RockPort Capital.

But based on past experience, this seems hard to fathom. Some observers estimate that obtaining approvals for new wind plants could take ten years.

Yokell calculates that given the relative maturity of wind power, it will make up the largest share of the renewable power generation. Photovoltaic and solar-thermal technologies will account for relatively smaller portions, he says.

Expect higher prices: if renewables were cost competitives they would be replacing fossil fuel plants today

Expect higher prices: if renewables were cost competitives they would be replacing fossil fuel plants today

Others disagree. Danny Kennedy, co-founder of Sungevity, a Berkeley based installer of solar panels, believes solar will make up the lion’s share. But he disputes the conventional wisdom that most will come from big utility-scale solar thermal farms out in the desert. Permitting issues and transmission costs could get in the way.

“The normal estimate is (photo voltaic panels) will be about half the solar-thermal total, but that ratio may end up being very different,” he says. When people consider the transmission costs, “the cheapest, easiest place to build and interconnect a solar power plant is over their head (i.e.: their roof!).”

Of course, installing overhead panels is Sungevity’s business. It does seems clear that solar farms will shoulder a substantial share of the burden, especially with some of the large farms under consideration.

California’s grand experiment is a welcome sign that some public policy goals are well worth stretching to reach. But don’t be surprised if the dollars and cents – especially as utilities rush to sign long-term power contracts that they don’t take the time to properly review – will be greater than first projected.


New California Energy Target To Bring Pain And Higher Prices

September 18, 2009

California’s second great global warming experiment began earlier this week when Governor Arnold Schwarzenegger signed an order requiring 33 percent of the state’s electricity to come from renewable sources by 2020.

Most observers believe the plan is a well-intentioned attempt to reduce the greenhouse gases beginning to disrupt the Earth’s climate. But can the goal be met? There are many reasons to say no.

With the stroke of a pen, Gov. Schwarzenegger committed California to a energy transformation that will require unusual political will

With the stroke of a pen, Gov. Schwarzenegger committed California to a energy transformation that will require unusual political will

Perhaps the greatest reason for skepticism is that the state’s first renewables target of 20 percent by 2010 looks unlikely to be met. San Diego Gas and Electric, the laggard of the state’s utilities, only gets about 10 percent of its juice from renewables one year away from the deadline.

Even if the ambitious 33 percent mark is achieved, it won’t be without pain. First, it will require piles of money for new plants, transmission lines and energy storage facilities – an area of the modern energy infrastructure where technology is still at an infant stage. The state also will need to become much more aggressive at siting plants over local objections, a process requiring a strength of will not typical of Sacramento.

Finally, consumers will have to become comfortable with paying higher prices. After all, there are reasons why renewable power – solar, wind and geothermal – isn’t finding its way into the market as quickly as California would like. Those reasons boil down to cost.

It is true “this target cannot be hit without some drastic action,” says Eric Corey Freed, principal at green building designer organicARCHITECT. “A fierce political will would need to be sent down from up high in Sacramento.”

Experts say solar and wind power are likely to be the two biggest beneficiaries of the state’s initiative – an effort that reminds some of the nation’s rush to increase manufacturing in advance of World War II. It is hard to know how big a factor geothermal will play. A final source of clean power – hydro electric – is already widely used in California and won’t be easily expanded.

Geothermal may play a role, but wind and solar are expected to be the two biggest beneficiaries of the states plan

Geothermal may play a role, but wind and solar are expected to be more widely deployed

The impact on consumer prices is perhaps the greatest unknown. Some estimates show about $6 billion will be needed for new transmission lines and improvements to existing facilities. But that will be a drop in the bucket compared with the cost of building new plants and striking long-term power contracts. Schwarzenegger’s order allows power to be bought from out of state. So some infrastructure may not be needed.

The costs could be moderated if a majority of the numerous solar and wind plants proposals before the state are quickly approved – and if they are built near population areas to eliminate the need for long transmission lines.

“Given project time lines from 2 to 12 years, this means the level of development activity will have to increase dramatically in the very short term,” says Abe Yokell, a principal at RockPort Capital.

But based on past experience, this seems hard to fathom. Some observers estimate that obtaining approvals for new wind plants could take ten years.

Yokell calculates that given the relative maturity of wind power, it will make up the largest share of the renewable power generation. Photovoltaic and solar-thermal technologies will account for relatively smaller portions, he says.

Others disagree. Danny Kennedy, co-founder of Sungevity, a Berkeley based installer of solar panels, believes solar will make up the lion’s share. But he disputes the conventional wisdom that most will come from big utility-scale solar thermal farms out in the desert. Permitting issues and transmission costs could get in the way.

Because of its maturity, wind energy could be the big beneficiary, says VC Abe Yokell

Because of its maturity, wind energy could be the big beneficiary, says VC Abe Yokell

“The normal estimate is (photo voltaic panels) will be about half the solar-thermal total, but that ratio may end up being very different,” he says. When people consider the transmission costs, “the cheapest, easiest place to build and interconnect a solar power plant is over their head (i.e.: their roof!).”

Of course, installing overhead panels is Sungevity’s business. It does seems clear that solar farms will shoulder a substantial share of the burden, especially with some of the large farms under consideration.

California’s grand experiment is a welcome sign that some public policy goals are well worth stretching to reach. But don’t be surprised if the dollars and cents – especially as utilities rush to sign long-term power contracts that they don’t take the time to properly review – will be greater than first projected.


Despite Downturn German Solar Market Will Grow 25% This Year

August 31, 2009

Solar markets around the world have suffered mightily from the global recession.

Demand has plummeted and prices have fallen sharply.

German market grows as Spanish market shrinks

German market grows as Spanish market shrinks

In Germany, however, expansion is expected to continue, with the market rising 25 percent and retaking the crown as Europe’s largest.

The country should consume 2,000 MW of new solar capacity this year compared with 1,600 MW last year, says Winfried Hoffmann, president of the European Photovoltaic Industry Association.

Europe’s former leader, Spain, added 2,500 MW of capacity in 2008, but will cap the additions at 500 MW this year as national subsidies dry up.

As a whole, Europe expects solar power will provide 12 percent of its energy by 2020, Hoffmann said.


Israeli Company Targets Small Urban Wind Farms

August 31, 2009

An interesting post on Israel21c about a startup developing products for small urban wind farms.

The fluctuations of urban wind make capturing its energy more difficult

The fluctuations of urban wind make capturing its energy more difficult

Variable Wind Solutions of Tel-Aviv is working on technology to improve the output and efficiency of the wind turbines – not on the turbines themselves.

It claims the fluctuating wind conditions of population centers make it difficult to effectively capture energy from the wind. This is a key reason why urban farms are been slow to take root.

CEO Ian Kaplan hopes a pilot project in California – and follow-on tests in England, Israel and Denmark – will show his technology can change this.

“Our technology can work with any kind of rotor design, so we can easily partner with any small wind turbine company and use their existing rotor setup,” Kaplan says. He predicts the three-year-old company will begin to sell its products commercially in as little as four months.

The company has raised $2.6 million in funding.

If he is right, the skyline of cities could change.


Renewables at 2.5% Of Electricity Generation Have A Long Way To Go

August 31, 2009

Saw this breakdown of U.S. electrical energy generation by source and it reminded me of how far we have to go.

Hard to believe it’s been 33 years since climate scientist Stephen Schneider first predicted global warming and already 11 years since the hammering out of the Kyoto Protocol.

Coal still accounts for 48.5 percent of U.S.electrical energy use with natural gas at a still somewhat distant 21.4 percent.

Sure, petroleum is just 1.6 percent. But renewable is itself only 2.5 percent, according to August figures from the Department of Energy.

What’s interesting is that biomass now generates 53 percent of all renewable electricity and wind, 31 percent. Geothermal comes up with 14 percent and solar, just 2 percent.

It has been 47 years since the publication of  “Silent Spring” kicked off the environmental movement and still tens of thousands of Americans still don’t believe in greenhouse gas warming or understand the consequences. You would think we might do better then that.

Sure, Al Gore won the 2007 Nobel Peace prize for “An Inconvenient Truth.” It is time to translate that fame into progress.

Here are the rest of the DoE figures: nuclear, 19.4 percent; hydropower, 6 percent; and other, less than 1 percent.

The sources of electricity in the U.S. (DoEs August figures)

The sources of electricity in the U.S. (DoE's August figures)


Germany Can Achieve An 80 Percent Reduction In CO2 Over 40 Years

August 18, 2009

The claim sounds astonishing. Reduce a nation’s CO2 emissions by 80 percent in next the forty years to combat global warming.

But this is exactly what German utility RWE AG says the fatherland is capable of using a combination of wind power, carbon-capture technology for coal and nuclear power.

Use of nuclear, coal capture and wind power is recommended

Use of nuclear, coal capture and wind power is recommended

According to the electric utility’s study, wind power both on and off shore holds the greatest potential among renewable energy sources in Germany. Wind power will become “economically efficient” in the near future while geo-thermal and solar energy will rely on large public subsidies for a long time to come, the study says.

Coal will remain a source of electricity generation for years to come. But plant efficiency should improve to 53 percent by 2030 from 38 percent today. That will cut CO2 production by 28 percent. The reduction could reach 90 percent with carbon capture and storage technology, but at a high cost.

Nuclear power present provides 27 percent of Germany’s power. The report suggests extending the life of plants scheduled to phase out and claims uranium supplies will last 200 years at today consumption rate.

Perhaps not surprisingly, RWE’s prediction relies a great deal on current infrastructure – nuclear and coal, in particular. In this sense, it is not very imaginative. And it dodges the possibilities of technical breakthroughs in hydrogen, solar and elsewhere.

But it is reassuring that even with a laissez faire approach to energy responsibility, global warming might be kept in check.


Clean Tech Investing Is Victim Of Downturn

July 20, 2009

Venture capital investing sprang back a bit in the second quarter as general partners poured money into healthcare startups.

But clean-tech investing continued to suffer. Investment levels fell back to the early days of the category in 2006.

Green tech investing was down 70 percent in the second quarter

Green tech investing was down 70 percent in the second quarter

Clearly concerns such as falling demand and over capacity weighed heavily on general partners. With an energy bill taking a back seat to healthcare, government policy also appeared a bit murky to investors.

According to Dow Jones VentureSource, venture capitalists put just $317 million into clean-tech deals in the second quarter. While that is up 52 percent from the tepid first quarter, it is down a whopping 70 percent from a year ago.

Investments in renewable energy companies fell an even greater 75 percent. Only 16 deals were done compared with 30 last year.

Expect the cold feet to continue. Venture capitalists will likely need to see the demand picture brighten before thawing out their wallets.

Unless, of course, global warming acts first.


European Clean Tech Investing Trumps The U.S. In The First Quarter

May 8, 2009
It is the first time since 2005 that European investments outgrow those in the US

It is the first time since 2005 that European investments outgrow those in the US

The venture-capital industry is in a trough, to put it politely. But not clean-tech investing in Europe, where VCs are apparently looking at the long-term horizon and not becoming overly fixated on today’s low oil prices.

Dow Jones VentureSource found that in the first quarter, energy and utility-industry startups in Europe raised $289 million, an increase of 82 percent. The total was helped in part by a large investment – $192 million – placed in NorSun of Oslo, Norway.

But even still, the rise came as venture-capital investing in Europe overall fell 35 percent, and around the world (not including the U.S.) tumbled 50 percent.

In the U.S., VC funding for energy and utility-industry companies fell 59 percent during the same three-month period. While it came to $457 million, more than what was spent in Europe, the number of deals plunged to 15 from 24 a year ago.

Renewal energy companies took it particular hard. Money going to them fell 73 percent.

The European clean-tech deal count also was down, to 10 from 18 a year ago. But it was the first time since 2005 that European energy-related spending outpaced spending in the U.S., said Jessica Canning, director of global research at VentureSource.


Gore Gives Senate A Lesson On Global Warming

January 29, 2009

Former vice president and climate crusader Al Gore appeared before the Senate Foreign Relations Committee and recommended a carbon cap on greenhouse gas emissions.

The roller coaster is headed toward a crash, Al Gore said

The roller coaster is headed toward a crash, Al Gore said

The creator of the Oscar-winning documentary “An Inconvenient Truth” said that even if greenhouse gas emissions were stopped today, temperatures would rise 2.5 to 7.5 degrees by 2100, with catastrophic consequences.

He showed how the Arctic’s permanent ice sheet has melted during the summer in recent decades. As it disappears, more of the sun’s rays are absorbed by the ocean, heating the planet all the more.

Gore said the challenge in Washington is to find a way to combat climate warming while boosting the economy and ending the war in Iraq.

“It is increasingly obvious this roller coaster is headed toward a crash and we are in the front car,” he said, urging the adoption of renewable energy sources.

Here is a clip from his appearance.


New Urgency Needed To Tackle Global Warming, Al Gore Urges

November 7, 2008
$400 billion smart electric grid needed, Gore says

$400 billion smart electric grid needed, Gore says

America and the world are not moving rapidly enough to combat the potentially catastrophic impact of global warming, former Vice President Al Gore warned Friday.

“I feel as though I’ve failed,” he told the Web 2.0 Summit in San Francisco. Gore’s widely acclaimed film “An Inconvenient Truth” raised awareness of the climate menace and its threat to disrupt life on earth and raise sea levels.

But “there is not yet anything close to a sense of urgency,” he said.

This may change in January with the swearing in of President elect Barack Obama, and Gore urged Obama to create a 10-year nationwide goal of adopting renewable energy, much as President John Kennedy inspired the nation with the goal of going to the moon.

But the challenge is daunting, Gore said. In five years, the North Pole ice cap could melt entirely during the summer months, hastening the earth’s absorption of warming solar rays.

“This is an apocalyptic signal from the planet itself,” he said. “We are now poised to completely disrupt (the climate) and in the process disrupt the basis for human civilization.”

Gore said the nation needs to build infrastructure to transport energy from the deserts in the southwest, where large solar farms will most likely be located.

It also needs a “smart gird” for the more efficient distribution of electricity, which could cost $400 billion over 10 years, but which will pay for itself in 3.5 years.

“We are at or near the peak of global oil production” just as demand in India and China grows, he said.


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