WSJ: ‘Green Jobs’ vs. Real Energy Jobs; Is WSJ’s Moore Wrong About Energy Subsidies?

Posted by Laura Arnold  /   September 20, 2011  /   Posted in Uncategorized  /   1 Comments

Dear Readers:

I think it is important to hear from the other side. This is a pre-emptive strike against President Obama by the WSJ who defends BIG OIL and the FOSSIL FUEL industry. President Obama is scheduled to make his address next Thursday night at 7:00 p.m. as I understand. By the way, I think I forgot to post this before the President's speech. Sorry!

I also don't know where this guy is getting his facts when he describes the Arlington, VA solar installation on the local library and states: "the solar panels have a life span of no more than 10 to 15 years". Somebody needs to do a little better fact checking on that statement.

Check out this article I posted from 2009 that has a slightly different take and directly refutes the statement below in this Editorial that "For every two cents of tax subsidies for "Big Oil", wind and solar get nearly $1." http://indianadg.wordpress.com/2009/10/29/fossil-fuel-subsidies-more-than-double-those-for-renewables

All I can say is enjoy and watch for President Obama's speech next week.

Laura Ann Arnold

SEPTEMBER 2, 2011

For every two cents of tax subsidies for 'Big Oil,' wind and solar get nearly $1.

By STEPHEN MOORE

President Obama is expected to seek another $250 billion or so in new stimulus funds next week, with plenty of money for clean energy and the creation of so-called green jobs.

Never mind that no one can seem to find many Americans who got green jobs as a result of the original stimulus spending. Consider two stories.

In the 2009 stimulus, the feds gave nearly $3.2 million in green-energy grants to my county of Arlington, Va., with almost $300,000 used to install  solar paneling on the roof of our local library. (Don't ask why the feds are giving one of the five wealthiest counties in America free money.)

Arlington officials boast the project will save $14,000 in annual electricity  costs, but the solar panels have a life span of no more than 10 to 15 years. So  the feds spent $300,000 to shave at most $150,000 off the net present value of Arlington's electric bills. Some 3,000 counties across the country received  federal funds for the same kind of negative-return energy conservation  "investments." This is the kind of "clean energy" program the administration  wants to expand.

Editorial board member Steve Moore on Democrats' fetish  with green jobs and their attacks on fracking.

Now for a good energy news story. I recently traveled to Wheeling, W.V.,  which is 45 minutes down the road from Pittsburgh along the Ohio River and smack  in the heart of the old Rust Belt. Unlike most places you go to these days, the  town is booming. Defying the national mood, people are optimistic about the  future. Why? It's what residents are calling the "West Virginia gold rush."

Except it's not gold, it's natural gas. Wheeling sits atop the famous  Marcellus shale formation—one of the biggest treasure troves of natural gas ever  discovered in America. With recent breakthroughs in hydraulic fracturing  technology, that gas can be extracted at very affordable prices. A few years ago  Wheeling farmers and land owners were getting about $50 to $100 an acre for  drilling rights. Now they get up to $3,000, plus monthly royalties. What was  once a dying town now has jobs and new funds for schools and roads, while West  Virginian farmers and land owners are getting rich. The same story of economic  revival can be told about counties in Pennsylvania and Ohio sitting atop the  Marcellus bonanza.

Even the White House acknowledges that the natural gas deposits in the  Midwest and Texas contain potentially 100 years worth of cheap natural gas. Yet  as far as I can tell, President Obama has never even uttered the words  "Marcellus shale" in a major speech. Incredible.

In early August a Department of Energy advisory panel reported that fracking  for natural gas poses risks to air and water quality and so should be subject to tighter regulations—hardly a ringing endorsement. The green movement wants it  stopped completely because of dangers to water, even though continued  technological progress will reduce these risks.

stevemoore

Associated PressPresident Obama talks jobs in Alexandria, Va.

The White House's hostility toward fossil fuels seems to know no bounds.  Exxon has made some of the largest oil finds in a decade, in the Gulf of Mexico,  and yet the Obama administration is holding up the leases and permitting  process. In North Dakota, an Obama-appointed U.S attorney has brought criminal  charges against seven oil companies (with penalties of up to six months in  prison) for causing the deaths of 28 migratory birds found in oil waste pits.

According to data from the Federal Reserve Board's Industrial Production  Indexes, the oil and gas industry, which the Obama Energy Department loathes,  has had more growth in output than any other manufacturing industry in the U.S.  from 2005 through 2011. As a reward, the administration is proposing $35 billion  in new taxes on the industry to slow it down. Even if we accept the dubious  White House claim that all the oil and gas tax write-offs are unwarranted  loopholes, a 2011 Congressional Research Service study finds that per unit of  electricity produced, for every two cents of tax subsidy to Big Oil, Big Green  (wind and solar) get closer to $1 in handouts.

"The environmentalists are for any energy source unless it actually works,"  notes Stephen Hayward, an energy expert at the American Enterprise Institute. A  few years ago the Democrats were all in favor of natural gas at least as a  "bridge" energy source. That abruptly changed when the extent of America's  abundant natural gas resources became fully known and more affordable drilling  techniques opened up a superhighway to energy security. The irony of the green  movement's reactionary antifracking crusade is that one of the most important developments in cutting U.S. carbon emissions has come from replacing coal-burning fire plants with natural gas.

So we now have a national energy policy directing our resources away from  cheap, efficient and increasingly abundant fuels like coal, oil and natural gas  while we channel billions of tax dollars to 500-year-old energy technologies  like wind power that can't possibly scale up to power a modern-day industrial  economy. That's a shame.

Mr. Moore is a member of the Journal's editorial board.

Hearing on IPL Feed-in Tariff called Rate REP held 9/19/2011; Continues 9/21/2011

Posted by Laura Arnold  /   September 20, 2011  /   Posted in Uncategorized  /   No Comments

The Indiana Utility Regulatory Commission (IURC) held a hearing on 9/19/2011 on the proposed changes to the Indianapolis Power and Light (IPL) feed-in tariff called Rate REP. The hearing was continued until Wed., Sept. 21 at 2:30 pm for cross examination of John Haselden with IPL's rebuttal testimony.

Watch for a status report on this case at the conclusion of hearings on Wednesday (9/21/2011) afternoon.

For more details on this case see http://indianadg.wordpress.com/feed-in-tariffs/44018-2/

Q: Where Does Power from Indiana Wind Farms Go? A: Only 26% Going to Indiana Utilities

Posted by Laura Arnold  /   September 02, 2011  /   Posted in Uncategorized  /   2 Comments

One of the best little tidbits of information from this year'sWIndiana 2011 Conference held this year at the Indiana Convention Center July 20-21 is a simple little fact sheet prepared by a staffer from the Indiana Utility Regulatory Commission (IURC).

Almost everyone I talk to is thrilled to see the wind turbines as they drive on I-65 from Indianapolis to Chicago. OK, my universe of everyone is mostly renewable energy and distributed generation advocates. But what many people fail to realize is that merely 26% or 4.86.4 MW of a total of 1,889 MW of that wind power is going to Indiana utilities. Yeah, that's right just a tad more than one-fourth is going to Indiana ratepayers.

That's not according to me but rather from George Stevens who is a Utility Analyst with the Electricity Division of the IURC. Lots of good stuff here. Thanks, George!

Download the one page fact sheet on Indiana Wind Farms. Indiana Wind Farms with Construction Authority from IURC_1Q2011

If you want more information, contact George Stevens at 317-233-5315 or gstevens@urc.in.gov.

Consumers Energy in Michigan expands program to buy back solar power; How does it compare to NIPSCO FIT available in NW Indiana?

Posted by Laura Arnold  /   August 24, 2011  /   Posted in Feed-in Tariffs (FiT), Northern Indiana Public Service Company (NIPSCO), Voluntary Clean Energy Portfolio Standard Program  /   No Comments
Dear Readers:
I thought this information about Consumer's Energy about their Experimental Advanced Renewable Program (EARP) in Michigan might be of interest to you.  Consumer's Energy is merely adding an additional 3 MW to this program so it is dwarfed by Northern Indiana Public Service Company's (NIPSCO) recently approved feed-in tariff (FIT) which is capped at 30 MW. It looks to me like NIPSCO's FIT outshines this program offered by Consumers Energy. 
I don't claim to be an expert on this program offered by Consumers Energy. But if you are interested in the details please see the information about a public meeting on August 30, 2011 in Lansing, Michigan. Don't worry there is also an option to participate via an On-Line Broadcast. EARP Public Mtg Info
It is interesting to note that this EARP is designed to meet Michigan's Renewable Portfolio Standard (RPS). This is the same concept I recently recommended in my written comments for IDEA to the Indiana Utility Regulatory Commission (IURC) concerning the proposed rulemaking to implement Indiana's Voluntary Clean Energy Portfolio Standard (IN VCEPS) created by SEA 251. See Letter to Beth Krogel Roads_IURC RM #11-05_IDEA Comments_15Aug2011 Interesting don't you think? Maybe my idea isn't that crazy afterall.
Laura Ann Arnold

Last Updated: August 16. 2011  10:27AM

Melissa Burden/ The Detroit News

Consumers Energy is rolling out another round of its popular program to buy  renewable energy generated by solar systems owned by its customers, the  Jackson-based company said Tuesday.

The utility's Experimental Advanced  Renewable Program has added 2 megawatts of electricity through solar panels on  roofs and in yards at 102 locations across the state. Following recent Michigan  Public Service Commission approval, the program is creating an additional 3  megawatts, Consumers Energy said in a news release.

Utility customers pay for solar installations on their own and enter into  15-year contracts with Consumers Energy to sell energy created via the systems  back to the utility, said Dan Bishop, a Consumers Energy spokesman. Consumers  Energy provides electric service in 61 counties in the Lower Peninsula.

Through this round of the program, however, customers will be paid less per  kilowatt hour of electricity generated, down from about 40 to 50 cents per  kilowatt hour to a high of 25.9 kilowatt hour for the first 125 kilowatts sold,  according to Bishop and Consumers Energy.

Customer applications will be  accepted near the end of August. More information about the program is available  at www.consumersenergy.com/EARP .

mburden@detnews.com

From The Detroit News: http://detnews.com/article/20110816/BIZ/108160400/Consumers-Energy-expands-program-to-buy-back-solar-power#ixzz1VTrgXvxL

For more information about this entire case before the MPSC see: http://efile.mpsc.state.mi.us/efile/viewcase.php?casenum=16543

On July 26, 2011, the Michigan Public Service Commission (MPSC) issued an Order in MPSC Case No. U-16543 that approved Consumers Energy Company’s plan to expand the Experimental Advanced RenewableProgram (EARP).  The EARP provides for the long term purchase of renewable energy generated by customer-owned solar photovoltaic generators. Installation of EARP Phase 1 and Phase 2 generators were recently completed at 102 locations and provide approximately 2 MW of direct current (DC) solar nameplate capacity.

Consumers Energy plans to solicit applications and begin accepting applications for Phase 3 of the EARP near the end of August. Phase 3 will award approximately 250 kW of contracts for non-residential capacity in the fourth quarter of 2011.  Phase 4 will award approximately 125 kW of contracts for residential capacity in the first quarter of 2012. The program expansion, occurring in 18 or more phases, will be  Phase 1 and Phase 2 of the EARP and is expected to add 3 MW of additional customer-owned solar generation capacity to the Company’s renewable energy portfolio. This new program will feature a standard offer price of between $0.20 and $0.26 per kWh.

Renewables Give Us More Power Than Nuclear

Posted by Laura Arnold  /   August 22, 2011  /   Posted in Uncategorized  /   No Comments

IDEA Member Noel Davis with Vela Gear posted this article to the LinkedIn Wind Energy Manufacturers Assocation (WEMA) Group News.

Discusses the recent news that renewable energy (including hydro  as well) now supplies more electricity to the US grid than does nuclear power.  The post then goes on to list some large solar and wind projects in advanced  stages of the development pipeline as a reason for being optimistic that the  solar and wind side of the renewables is rapidly growing in  scale.

by Tyler  Caine, Project Manager and Sustainability Adviser at Lubrano Ciavarra Architects.  Tyler is the author of the blog Intercon, a  forum for critique and discussion of sustainability. Follow him on Twitter @InterconGreen.  Connect with Tyler on LinkedIn.

Read more: http://greeneconomypost.com/renewables-give-power-nuclear-18838.htm#ixzz1VmjpQV1h

For the first time in a while, our portfolio of renewable power sources has  surpassed power production from nuclear generation. According to the latest Monthly  Energy Review from the Energy Information Administration, the most  sustainable forms of energy now produce more for us than the most hazardous,  largely due to rises in wind, solar and hydro production.

In the first quarter, renewable energy clocked in a total of 11.73% of our  total power production at 2.245 quads (quadrillion BTUs) or 5.65% more than  nuclear power.  From the same period last year, solar power generation was up  104.8 percent, wind generation increased 40.3 percent, and hydro expanded by  28.7 percent. Power generated from biomass decreased by 4.8 percent. By  comparison, natural gas generation increased by 1.8 percent, nuclear by 0.4  percent, and coal-fired electrical generation declined by 5.7 percent.

*It is important to note that this represents total power production for the  country, not only the generation of electricity, which leads to why the number  for coal looks low and oil looks high. While renewables produced 12.7% of our  electricity in the same period, nuclear power accounted for 22.1% of our  electrical needs, meaning that there is a large portion of renewables that are  producing energy (notably heat) but not electrons. Coal still reigns supreme  with 47.9% of grid fodder. Oil actually produces a very small amount of our  electricity (3.9%) which is good given that it is the second dirtiest form of  power generation we have.

There are likely just as many people saying “How is this possible?” as “Well  it’s about time,” but in either case the milestone is an important one for  attributing credence to the growth of the renewable sector and the wealth of  unused potential. The events of Japan’s nuclear disaster is just one more nail  in the coffin of the world’s most expensive type of energy to construct, making  it unlikely that nuclear power will be clawing its way back anytime soon.

Related post: “The  Catastrophic Downside Risk of Nuclear, Oil, Gas, and Coal“, argues  that these highly centralized fossil energy systems have catastrophic risk  factors that have not traditionally been accounted for in cost/benefit  analysis.

Some have pointed to the topic of renewable strength as misleading, saying  that although “renewable” sources include a group of technologies such as wind,  solar, biomass, geothermal and hydroelectric, they do not contribute equally and  it can attribute an image of strength to parts of the marketplace that are still  providing negligible amounts of energy for us. This is not untrue. Biomass was  the all star, marking a resurgence to provide 48 of all renewable production.  Hydro followed with 35.31 percent. Over three quarters of all “renewable” power  comes from two sources that are not heralded as the cutting edge technologies  that are forecast to reshape the face of the grid. Meanwhile, solar power gives  the country less than one percent of its total power needs. Renewable production  increased 36% from the same period in 2009, which is admirable but far from  enough. If these technologies are to provide significant portions of our power,  we need them to not just increase, but multiply from current levels.

That being said, I am optimistic of what the next 12-24 months will hold for  advances in renewable energy production. While solar may be the ugly duckling  right now, DOE loans are coming through for a new breed of solar installations,  much larger than what typically exists now. Solar arrays of 100-150 MW provide  only a fraction of their standard coal counterparts, but newer fields of 500+ MW  start to offset meaningful amounts of energy from fossil fuels. National Solar  Power is planning 400 MW of solar capacity while First Solar received DOB backing for three California projects of 230 MW, 250 MW and  550 MW. Together the four projects total roughly $6 billion of  investment.

In related post: “Nine  Reasons Why Solar Power Costs a Lot Less Than People Commonly  Believe“, argues that more focus should be given to the many  important benefits that result from increasing the use of distributed solar  power, and lists nine of these measurable costable benefits.

Wind has similar prospects on the drawing board. The world’s largest  land-based wind farm, Shepard’s Flat, is currently under construction in Oregon,  boasting 338 GE wind turbines for a capacity of 845 MW with operation slated for  the end of 2012. This next generation of clean energy projects could signal that  investors and grid managers are done dipping their toes in the water and are  more prepared to take the plunge. Passing nuclear was a nice stepping stone, but  catching up to oil is next.

Read more: http://greeneconomypost.com/renewables-give-power-nuclear-18838.htm#ixzz1Vmj7rntB

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