Showing posts with label Ivanpah. Show all posts
Showing posts with label Ivanpah. Show all posts

Monday, October 29, 2012

Monday, October 29, 2012 - Hurricanes and Clean Energy

Hurricanes and Clean Energy
by Sinclair Noe

The stock and bond markets in New York were closed today; that's the first time that's happened since Hurricane Gloria hit New York in the 80's. The markets will be closed tomorrow; that's the first time the market has been closed for 2 days due to weather since 1888, when a blizzard hit New York; of course it was closed following 9/11. Areas around New York's Financial District were part of a mandatory evacuation zone. The storm surge is already pushing water over seawalls in the southern tip of Manhattan. And the hurricane is just now hitting New York head on. It already flooded Atlantic City. Much of the East Coast was at a standstill as the storm approached. The storm, 900 miles across, shut the federal government in Washington and state offices from Virginia to Massachusetts. Schools were closed, planes and trains tried to get out of the way; delays are affecting transportation around the nation. You can't get there from here.

Economic losses could ultimately reach $20 billion, only half of it insured. Some estimates put the property damage as high as $90 billion; we'll see. Ten states have declared a state of emergency; 60 million people are in the path of the hurricane; there will undoubtedly be some tragedies. Keep those people in your prayers.

It is estimated millions of people will lose electricity for an extended period. Federal inspectors have been dispatched to 11 nuclear power plants from Maryland to Connecticut; trying to avoid a repeat of the Fukushima Reactor meltdown in Japan. Hope the backup generators work.

Last Friday, we opened the phones and for some reason, the conversation centered around global warming. So, I think I'll talk about green energy today.


Clean energy has become a dirty word in presidential politics. In their second debate, Mitt Romney and Barack Obama each tried to outdo the other’s love of fossil fuels: Obama extolling his record on oil and natural gas production, Romney vowing to take “advantage of the oil and coal we have here.” The Republican candidate has ridiculed the administration’s $535 million loan guarantee to Solyndra, the bankrupt California-based solar panel maker, and accused Obama of living “in an imaginary world where government-subsidized windmills and solar panels could power the economy.”

The candidates’ coolness to renewable energy comes at a time when the domestic supply of traditional energy sources, such as oil and natural gas, is at an all-time high. And yet this failure to make the promise of renewables a keynote in the debate is a huge missed opportunity. In particular, it ignores the dramatic reduction in the cost of photovoltaic solar power worldwide and the considerable benefits to consumers and the environment.

The untold story of this campaign is that what killed Solyndra may turn out to be a boon for the nation. Over the past five years the price of photovoltaic panels has plummeted 75 percent, due largely to a glut of Chinese-made panels. The fall in prices rendered technically advanced photovoltaic panels, like those produced by Solyndra and other US companies, too expensive to compete. But cheap panels have been a godsend for consumers.

Nationally, the average cost of residential installations—including hardware, permits, and labor—has plummeted from $9 a watt in 2006 to $5.46. Averaging in commercial industrial installations, the national installed price drops to $3.45 a watt, (says the Solar Energy Industries Association, a Washington-based trade group.) For consumers, the economics are compelling; it's a hedging strategy for energy consumption, something like locking in $1-dollar-per gallon gas for the next 20 years.

The result: almost 52,000 residential rooftop systems were installed in the US last year, up 30 percent from a year earlier. Total rooftop installations, including on commercial buildings, grew 109 percent from 2010 to 2011. Total photovoltaic installations are projected to grow an additional 71 percent this year from 2011 levels. In less than four years we have tripled solar energy to 5,700 megawatts installed.

Worldwide, the picture is even more positive. Australia projects that 10 percent of its 8 million houses will have rooftop systems within the next 12 months; most of that growth coming in the past three years. European rooftop installations continue to outpace those in the U.S., even as some countries begin to pare subsidies that have helped spur a continental rooftop boom. Including residential, commercial, and industrial-scale projects, the world had installed about 67 gigawatts of photovoltaic power at the end of last year—up from just 1.5 gigawatts in 2000.

Despite such breakthroughs, the U.S. economy is harnessing only a fraction of solar’s potential benefits. Based on U.S. Census Bureau data, about 100 million U.S. residential units could physically hold rooftop systems one day, generating by one estimate 3.75 trillion kilowatt hours of electricity a year. In 2011, total U.S. electrical generation from all sources was about 4 trillion kilowatt hours—42 percent of that from coal, according to the U.S. Energy Information Administration. The trouble is, many of the big,investor-owned utilities that provide about 85 percent of America’s electricity see solar as both a technical challenge and a long-term threat to their 100-year-old profit models. And the lack of a national energy policy means regulation of solar is up to states, public service commissions, and a wealth of local governments and bureaucracies—many of whom have a vested interest in maintaining the status quo.

We are starting to see a shift in pricing power and in political clout. Today solar is cost effective without local subsidies for 300 utilities in 30 states representing 21% of electricity solar in the USA.  That is a market opportunity of over $1 Trillion. We now have more than 100,000 solar energy jobs at more than 5,600 companies in the US, double the number from 4 years ago.

In fact, the Department of Defense, the largest single energy consumer in America, is bullish on solar. Whether it is the 1.45-megawatt solar project at the Burlington, Vt., Air National Guard Base or the 14-megawatt project at Nellis Air Force Base, Nev., the military recognizes the value of solar. America is now home to the largest operating solar photovoltaic plant in the world, the 250 megawatt thin-film plant in Yuma. That plant can provide electricity to 100,000 homes.
Photovoltaic technology is not the only significant solar development. In California, construction is underway for the largest concentrated solar thermal plant of its kind in the world, the 392-megawatt Ivanpah project in California that created 2,100 construction jobs. When completed in 2013, this concentrated solar plant will power 140,000 homes. And a 280 megawatt concentrated solar plant in Gila Bend, will be the first in the US with energy storage, providing power even when the sun goes down. That project created 1,600 jobs.
The story is much the same with wind energy. At the end of 2008 we had about 25,000 megawatts of wind energy, but today we have doubled wind energy capacity to over 50,000 megawatts. We have added more new wind energy capacity over the last five years than nuclear and coal combined. We now have 75,000 Americans working in wind and over 470 plants in America manufacturing wind products. The upshot: the cost of wind energy dropped from 8.4 cents per kilowatt hour in 2008 to about 5 to 7 cents per kilowatt hour today. States like Iowa and South Dakota have achieved the milestone of getting 20 percent of their electricity from wind. And the Shepherds Flat wind farm in Oregon, one of the largest in the world at 845 megawatts, created 400 construction jobs and is powering 235,000 homes.
Energy efficiency is the low-hanging fruit. Every day we are paying more for energy than we should due to poor insulation, inefficient lights, appliances, and heating and cooling equipment -- money we could save by investing in energy efficiency. In the past 4 years, more than 1 million homes have been weatherized. Given the fact that over 90 percent of the products used in weatherization are manufactured in the United States, we are creating jobs not only in construction but also in manufacturing. This is a win-win-win situation.
I wish I'd heard more about green energy during this election cycle. I think it is probably the biggest growth story in the economy. I think it's a national security issue.
A hurricane or a earthquake could do serious damage to a nuclear plant. Even if you don't believe the ever-growing mountains of evidence supporting global warming being human caused, there is no doubt that there are dangers from nuclear; there are dangers from oil, nat gas, and coal. There is no question that coal is a pollutant, and can cause serious health issues, same with the pollution from oil products.
If you choose to disregard the scientific evidence that these pollutants are a part of global warming, that is your choice. There is clear evidence that we are seeing warming. The arctic ice caps are melting, glaciers are melting, Iceland isn't all Ice any more, and there are hurricanes in New York at the end of October. What is causing the warming? The vast majority of scientists say we are the cause. You are not compelled to believe in science. However, I'll tell you one reason I believe. If we can clean up the air and water, we'll have a cleaner, healthier planet; that's a good thing; and if the scientists are right, we'll avoid the destruction of the planet and ourselves. It's kind of like believing in God. You live a better healthier life for believing, while if you don't believe and you are wrong – you're just damned.






A report from the European Renewable Energy Council finds the European Union could generate trillions of dollars in fuel savings by looking beyond goals mandated for 2020. Greater investments for things like wind and solar power, coupled with a slow move away from things like coal, could make the region nearly carbon-free by 2050. On the other side of the Atlantic, however, officials have expressed reservations about being forced into a low-carbon economy, highlighting the green divide among western powers.
The European campaign groups, in a report highlighting an "Energy (R)evolution," call on European leaders to move in favor of renewables and energy efficiency instead of fossil fuels or nuclear power. The group states that every time oil prices increase by $1, Europeans wind up paying more than $500 per month. That, they say, could drop by half by 2030 if leaders embrace a comprehensive green energy future. EU member states have agreed to cut their carbon footprint by 20 percent, improve energy efficiency by 20 percent and get 20 percent of their energy from renewable energy resources by 2020. In the U.S., meanwhile, a study on the energy future finds state and federal governments could generate as much as $124 billion by exploiting unconventional oil and gas plays as part of an all-out push for energy independence. 

Opponents of low-carbon measures like Michigan's argue about high consumer bills, while supporters point to the long-term consequences of a carbon-intensive economy. The European argument, at least from the other side of the ocean, seems to be that, while coal, oil and natural gas are bountiful now, in the long run, you get what you pay for. 


Sandy is now coming onshore across New Jersey right about at Cape May. As the hurricane makes landfall our winds will begin to slowly subside. As I write this we are probably at the peak of the storm. Shortly, you may notice that the worst of the worst seems to be over and you will be correct. This is not to say the storm is finished, it's just that we are close to the apex in terms of winds increasing any more. Trees can still come down and power outages will be an issue throughout the night. Power outages will be a big problem. We'll see in the next couple of hours how bad the flooding problem is.
The storm forced the New York Stock Exchange to extend today's closing to Tuesday -- the first unplanned shutdown since the Sept. 11 terrorist attacks. Commodity markets traded electornically, with gold down 1.30 = 1710.80, silver down .33 = 31.86, crude oil down .74 = 85.54. The Port of New York and New Jersey, whose terminals make up the third-busiest container port in the country, also was temporarily shuttered and evacuated. And a Phillips 66 refinery in Linden, N.J. and a Hess refinery in Port Reading, N.J., shut operations, while several others curtailed production. Although oil prices are expected to drop due to less demand.
The potential damage to homes from Hurricane Sandy-driven storm surges is likely to be greater than it was last year for Hurricane Irene. CoreLogic estimates nearly 284,000 residential properties valued at almost $ billion are at risk for potential storm surge damage among the coastal Mid-Atlantic states.


Now is as good a time as any to remind people of who provides all those detailed projections of where Hurricane Sandy is going to hit and how strong it’s going to be: the federal government. No matter how you get your weather news—local TV or radio, The Weather Channel, AccuWeather, whatever—hurricane forecast information originally comes from the National Hurricane Center, which is part of the National Weather Service. The raw data come in part from the Hurricane Hunters, the pilots who fly planes into hurricanes, who are part of the Air Force Reserve and the National Oceanic and Atmospheric Administration. The computer models that predict where hurricanes are going to strike are developed by the NHC. There’s a strong case to be made that hurricane research is one area where a small amount of taxpayer spending has had huge public benefits.

The Labor Department said it hopes to release October's unemployment report on Friday as scheduled, despite the closure of the federal government on Monday, and possibly additional days this week, because of Hurricane Sandy.
The report on October's unemployment rate and the number of new jobs added that month is the last major economic report before next week's presidential election. And a delay in the report until after the election would fuel conspiracy theories. The September jobs report, released Oct. 5, showed the unemployment rate surprisingly dropped to 7.8% from 8.1% the previous month, the lowest level since Obama took office. 



Thursday, August 16, 2012

Thursday, August 16, 2012 - The Solar Power Update


The Solar Power Update
- by Sinclair Noe

DOW + 85 = 13,250
SPX + 9 = 1415
NAS + 31 = 3062
10 YR YLD +.03 = 1.84
OIL +.92 = 95.25
GOLD + 11.60 = 1615.70
SILV +.39 = 28.32
PLAT + 42.00 = 1445.00


Last Sunday morning a caller to the radio show asked about solar projects in the desert. Let me tell you a little of what I've found out.

Solar power in California has been growing rapidly, because of a Renewable Portfolio Standard which requires that 20% of California's electricity come from renewable resources by 2010, and 33% by 2020. Much of this is expected to come from solar power.

At the end of 2010, California had 1,386 MW of solar and 3,177 MW of wind farms. According to a recent report by the California Public Utilities Commission, California failed to meet the 20% renewables by 2010 target. Pacific Gas & Electric and Southern California Edison were the closest to meeting the goal. PG&E generated 17.7% of the electricity it sold in 2010 from renewable sources while SCE was the closest to hitting the goal by producing 19.4% of its electricity from renewable sources in 2010. San Diego Gas & Electric, on the other hand, generated only 11.9% of its electricity from renewable sources in 2010

The California Solar Initiative is a 2006 initiative to install 3,000 MW of additional solar power by 2016. Included in it is the million solar roof initiative. In 2011, this goal was expanded to 12,000 MW by 2020. We're nowhere near the target.  
The last numbers I've seen and they are probably a little out of date show California has a cumulative total of 441 MW of distributed solar PV systems, the highest in the country, but still far short. In other words, solar is a growth industry. 

In 2012, the Bureau of Land Management is giving priority status to 5 solar project proposals in California. The 750 MW McCoy Solar Project has been proposed by NextEra. The 100 MW Desert Harvest project has been proposed by enXco. The 664 MW Calico Solar Energy Project has been redesigned by K Power. The 600 MW Mount Signal Solar Farm #1 has also been proposed.

The Ivanpah Solar Electric Generating System, is a solar thermal power project currently under construction in the California Mojave Desert, 40 miles southwest of Las Vegas. The project will occupy about 4,000 acres (16 km2) near Interstate 15 near the California–Nevada border. With a planned capacity of 392 megawatts; it will deploy 170,000 heliostat mirrors focusing solar energy on boilers located on centralized solar power towers. It is believed to be the largest solar thermal project in the world.

The project will cost $2.2 billion and the largest investor in the project is NRG Energy, out of New Jersey, that has put in $300 million. Google has invested approximately $168 million. The project has received a $1.375 billion loan guarantee from the United States Department of Energy.

 NRG Energy, Google, BrightSource Energy and construction partner Bechtel announced that the Ivanpah Solar Electric Generating System  has reached the halfway mark. Ivanpah has also reached its peak construction workforce, with more than 2,100 construction workers and project support staff on-site. The project is on-track to be completed in 2013.


The Desert Sunlight Solar Farm is a 550 MW solar power plant under construction in Riverside County, California, that will use thin-film solar photovoltaic modules made by First Solar. The Topaz Solar Farm is a 550 MW photovoltaic power plant, being built in San Luis Obispo County. The Blythe Solar Power Project is a 500 MW photovoltaic power station under construction in Riverside County.  The California Valley Solar Ranch (CVSR) is a 250 megawatt solar photovoltaic power plant, which is being built by SunPower, northeast of California Valley in San Luis Obispo.

So, let's do some back of the envelope calculations. We're looking at a few projects that should produce about 3,300 megawatts; based upon the Ivanpah project, which is 392 megawatts at a cost of $2.2 billion, you are probably looking at about $18 billion in solar related projects. 

While there has been extensive coverage regarding the failure of the solar company, Solyndra, there has been almost no coverage of the projects that are moving forward or that have been steadily producing. If you only heard the Solyndra story, you might think solar is a failure. It is not; it is a phenomenal success story.  The Obama administration has just this summer put the finishing touches on a plan to fast track solar deals on public lands;specifically, 17 sites in six southwestern states.

It all falls under a plan to give greater access to energy developers who want to explore federal lands. Green energy projects are now the highest priority, all in keeping with President Obama’s campaign pledges. This doesn't mean the Big Oil lobby is dead; the administration has also awarded leases to oil and gas producers both offshore and on land, and domestic oil production has jumped in the past 4 years. 

Specifically, the Departments of Interior and Energy have issued their final environmental impact statement for solar development in the states of Arizona, California, Colorado, Nevada, New Mexico and Utah. The Interior Department says that it has subsequently approved 17 utility-scale solar energy projects that when built will produce nearly 5,900 megawatts of energy. For context: 285,000 acres of public lands will be open to such construction, which has the potential to produce nearly 24,000 megawatts of electricity. California, which has the renewable energy mandate, is at the center of the policy. Altogether, 70,000 megawatts of new generation have been proposed there. 

For now, solar is a nascent industry. By the end of 2011, Arizona had installed 383 MW of photovoltaics, in third place, behind New Jersey, and California. The Solana Generating Station, located near Gila Bend is a proposed 280 MW parabolic trough solar plant, and is expected to be operating in 2012.  When finished the plant will provide 5% of the power from Arizona Public Service, the state's largest utility.

What's the future of solar?

Fossil fuels are running out, or at the very least becoming increasingly more expensive to extract. Carbon dioxide is building up. What to do? German engineers are building the biggest solar energy project ever in the Sahara Desert, where there’s lots of sunshine. And lots of room. More than three-and-a-half-million square miles. That’s as big as the continental United States. A solar array big enough to supply the whole world with electric power could fit into 35,000 square miles. One percent of the Sahara. About the size of the state of Maine.

Maybe the coolest thing about the planned project is that most of the technology has been around for years and we know it works.  If we think about the idea of Moore's Law, the number of transistors on an IC board doubles every two years, or computing power doubles every 2 years. Don't expect that kind of technological advancement in solar, but even if the efficiency doubled every 4 or 5 years, it would be spectacular. Right now, these big projects in the desert are expensive, but the technology has already improved to the point where the payback is fairly quick and cost-efficient. The more we invest in solar, the more efficient and cost effective it will become.

I'm sick and tired of the apologists that say solar isn't ready to meet our national energy needs. Guess what, nothing is ready for that. It will be a mix of technologies for many years to come. Coal may seem cheap but it isn't; the environmental costs are enormous. Nuclear has problems, just look at Chernobyl, Fukushima, Three Mile Island, and more recently the problems at San Onofre. Natural gas, is just another fossil fuel, slightly cleaner, but fracking might destroy the aquifers. Ethanol has been another innovation, but it is difficult to justify putting food in your gas tank when people are going hungry. Even if you don't believe in climate change, clean energy production makes sense. If you believe in climate change, then clean energy production is crucial.

One certainty is that energy technology of 100 years ago is not going to be the answer for our energy needs over the next 100 years. Another certainty is that the energy industry will be one of the most important parts of business in the years ahead. And I bet you, that there is some shade tree mechanic, some modern day Edison, who will change the world.  Some day, I'll tell you that story.