Author Archives Laura Arnold

Midwestern Policy Makers Visit Germany on “Green Jobs – Green Growth” Trip

Posted by Laura Arnold  /   December 10, 2009  /   Posted in Uncategorized  /   No Comments

Nov 18, 2009

Eleven state policymakers from Kansas, Minnesota, Wisconsin, South-Dakota, Indiana, Iowa, Michigan and California took part in an informational visit to Berlin and Bremen in November entitled “Green Jobs – Green Growth: Opportunities through Re-Industrialization.”

A hydrogen-powered vehicle at the Clean Energy Partnership project
(© German Embassy)

The five-day visit was organized by the German Government and the Midwestern Governors Association, as part of the ‘Transatlantic Climate Bridge’ initiative, and aimed to provide an in-depth knowledge of Germany’s energy and climate policy.

Delegates had the opportunity to engage firsthand with policy makers, experts and industry leaders on both the German federal and state level to discuss the prospects for job creation, advanced clean energy technologies, and industrial innovation.

The week in Germany kicked-off with a discussion of the environmental, social and economic opportunities and challenges in transitioning toward a low-carbon economy, led by Dr. Haas from the Potsdam Institute for Climate Impact Research.


U.S. Policy Makers in Berlin (© German Embassy)
including Marc E. Lewis, Vice President--External Relations, Indiana Michigan Electric (I&M).

Contact him at: melewis@aep.com
A visit to the Federal Environment Ministry highlighted the goals set out by the European climate package as well as Germany’s integrated climate and energy program. This was followed by an in-depth assessment by a representative from the German Foreign Office, of the international climate negotiations in the run-up to the U.N. climate conference in Copenhagen in December.

Delegates were also given the chance of engaging with business leaders in the renewable energies field. They test-drove a fully hydrogen-powered vehicle at the Clean Energy Partnership project, toured the River Spree on a solar-powered boat and explored the production of “clean coal” from biomass at a start-up company, SunCoal Industries.

A day trip to Bremen allowed for a closer look at a newly established wind power training centre by Siemens, which is providing on-site education and training for future wind technicians.

By pursuing a low-carbon growth path, Germany has created over 280,000 new jobs and spurred innovation in new clean energy technologies. In the words of one participant, it was “refreshing to see the commitment by everyone to work on these issues.”

Solar boat trip on the Spree River
(© German Embassy)
The trip highlighted the fact that Germany and the Midwest have much in common – both have strong traditional energy industries and both are building strong foundations for leadership in the fields of renewable energies and energy efficiency
The Indiana Renewable Energy Association became aware of this recent trip and thought it would be of interest.

From the sun

Posted by Laura Arnold  /   December 08, 2009  /   Posted in Uncategorized  /   No Comments

ELECTRIC SUN: Joe and Lee Scheidler stand beside the 30 solar panels they installed on their property this year to offset their consumption of electricity. So far, they have been able to cut their utility bill in half and reduce their “carbon footprint.”

Local couple installs solar panels to offset energy costs.

Joe and Lee Scheidler couldn’t stand to see sunshine wasted any longer so the Cass County couple installed an array of 30 solar panels that turns the renewable resource into electricity.

By doing so, the owners of Springcreek Landscaping lowered their monthly electric bill by more than half and did their part to reduce the amount of pollution from burning fossil fuels.

On Sept. 30, the Scheidlers started producing energy on their property north of Logansport. So far they have saved 1,594 pounds of carbon dioxide emissions and produced 937.5 kWh of power.

According to Joe’s figures, all the carbon they currently generate in a year’s worth of driving will be offset by their solar array.

Joe said in November, one of the worst months to tap into solar power, they used 64 percent less electricity compared to the same month last year. They are looking forward to the summer when the electric meter spins in reverse, which means they will be putting power back onto the power grid and getting compensated for it.

The couple has partnered with Logansport Municipal Utilities in a pilot program so that on days the Scheidlers are producing more energy then they are consuming they receive credits that lower their monthly electric bills. The rate, which is still being finalized, is typically the same rate LMU charges.

LMU distribution manager Bob Dunderman says Joe and Lee are the program’s first customers. To record electricity production, LMU installed a special meter at their home that reads how much the Scheidlers have produced and how much LMU has provided.

The partnership may seem to be contradictory since LMU is in the business of producing electricity but Dunderman thinks cooperation with independent producers of “green” power can be beneficial, especially in the summer months when LMU must purchase supplemental power from Duke Energy. He said the solar power energy would reduce the amount they buy.

Because Joe and Lee want to minimize their impact on the planet, they feel their partnership with LMU is a win for everyone.

“This is 100 percent pollution-free energy, and the more clean energy a utility handles these days, the better,” Joe said.

Laura Ann Arnold, president of the Indiana Renewable Energy Association board of directors, agrees.

“Whether you do or don’t agree that there is a problem with climate change, the reality is that coal, where we get most of our electricity from, is a finite resource,” she said.

Once the capital investment is made in a renewable energy system, such as the Scheidlers solar array, unlimited energy is produced without cost or detriment to the environment, Arnold added.

Even after receiving a USDA grant, the Scheidlers still had to fork out thousands of dollars upfront to install their system. They will receive a 30 percent federal tax credit for energy efficiency improvements but return on their investment will take as long as 19 years.

Joe pointed out, though, that they would get no return if they did not make the investment and because they have their own source of electricity they have a permanent buffer to increasing fossil fuel costs.

“The sun has not raised it’s rates for 4.5 billion years,” Joe said.

Life expectancy of the system is up to 35 years for the photovoltaic panels and 15 years for the inverter, which changes the current from DC to AC. The system works best on sunny days but still produces electricity on cloudy days. Maintenance is easy because there are no moving parts.

“It’s just incredible technology,” Joe said.

Joe, Lee and Arnold all hope there will be more incentives made available for Hoosiers.

“People want to take advantage of these new technologies and with proper state and federal incentives, more people will,” Joe said. “Our legislators need to hear from us, learn of the demand, work to support incentives and take steps to move manufacturing of clean energy components back to the USA.”

• Kevin Lilly is news editor of the Pharos-Tribune. He can be reached at 574-732-5117 or kevin.lilly@pharostribune.com.

Joe and Lee Scheidler with Springcreek Landscaping in Logansport are members of the Indiana Renewable Energy Association.

Keeping Up the PACE: Property Assessed Clean Energy Financing

Posted by Laura Arnold  /   December 04, 2009  /   Posted in Uncategorized  /   No Comments

Reprinted from Renewable Energy World.

December 3, 2009
New York allows municipal finance programs for solar and efficiency retrofits on private property.

by Annie Carmichael & Shaun Chapman, Vote Solar

Last month, in what New York legislators called an "extraordinary" session, lawmakers voted to authorize municipal finance programs for clean energy improvements on homes and businesses. Called PACE (Property Assessed Clean Energy) financing, these popular municipal programs allow homeowners to go solar and make efficiency improvements without any upfront cost. Just how popular is PACE? There was not one single "no" vote in either house. New York's PACE legislation passed by a resounding 192 – 0.

And New York is not alone. Fifteen other states have passed laws to allow PACE programs. For those keeping track that’s: California, Colorado, Illinois, Louisiana, Maryland, Nevada, New Mexico, New York, North Carolina, Ohio, Oklahoma, Oregon, Texas, Vermont, Virginia and Wisconsin. Municipalities in Hawaii and Florida can implement PACE programs without any special enabling legislation at the state level. So why is PACE suddenly the most popular flavor of state renewable energy policy?

PACE programs effectively remove the single greatest barrier to energy efficiency and solar adoption — upfront cost. It works like this: Cities set up special clean energy finance districts capable of issuing low-interest bonds. Participating property owners can then opt-in to use the bond money to pay for renewable energy and energy efficiency improvements. They then pay the loan back through a long-term assessment on their property taxes.

This arrangement spreads the cost of a new solar system out across a 20-year payment plan that is easily transferable (along with those energy saving benefits) to the next owner if the property changes hands — a particular benefit to solar that can have longer payback periods. Best of all, the cost of that assessment is typically less than the electricity bill savings generated by the new solar system, so property owners see savings from day one.

Local governments understand the promise of PACE as well. First, and perhaps most importantly in these volatile economic times, the bond-backed PACE model presents little to no impact on the city’s general fund. Or the state’s for that matter (thus why it’s proven such a popular policy for state legislatures this year).

In short, it’s a fiscally-responsible way for government to support local clean energy job growth, make climate change progress, and help lower energy bills in one fell swoop. Plus it’s based on a known and trusted municipal project finance structure, making PACE programs a relatively palatable new program for cities to implement.

Look at Austin, Texas. Earlier this fall, Austin Energy, which had consistently provided one of the strongest rebates in the nation for customer-owned solar, announced that budget constraints were necessitating changes to the popular program. PACE looked to be offering the forward-thinking municipal utility one very viable alternative option. In October, the Austin City Council unanimously passed a resolution to get the ball rolling on a PACE style program for its residents. The plan, called Project Energize, would serve as an exciting supplement to the rebate program.

The White House also recently announced its support for PACE as a job creation and economic development tool. In addition to developing best practice guidelines and consumer protections, the federal government will allow cities to apply for a portion of $454 Million in Recovery Act funds to help launch a PACE program. With the deadline to apply for those PACE dollars coming up on December 14, New York’s late night legislative decision came through for Empire State municipalities in the nick of time.

Economic crisis is forcing leaders at all levels of government to make difficult decisions between very worthy programs: healthcare, education, public safety and the transition to a new energy economy. We can help them make the right choices, by offering easier ones. Through PACE, cities empower homeowners to invest private dollars in building a local clean energy market. At a time when budgets are constrained even beyond their normal parameters, that is music to all of our ears.

Click here for additional resources including a toolkit for helping your city develop a PACE program.

Annie Carmichael is Federal Policy Director with Vote Solar. Annie spearheads the organization’s federal efforts as well as a number of state initiatives. Shaun Chapman is East Coast Campaigns Director at Vote Solar. Based in New York, Shaun leads the organization’s efforts on the east coast.

Vote Solar is a non-profit grassroots organization working to fight climate change and foster economic opportunity by bringing solar energy into the mainstream. Since 2002 Vote Solar has engaged in state, local and federal advocacy campaigns to remove regulatory barriers and implement the key policies needed to bring solar to scale.

http://www.renewableenergyworld.com/rea/news/article/2009/12/keeping-up-the-pace?cmpid=WNL-Friday-December4-2009

Proposed Indiana (Midwest) Feed-in Tariffs 2009

Posted by Laura Arnold  /   December 03, 2009  /   Posted in Uncategorized  /   1 Comments
November 25, 2009

By Paul Gipe

This is a brief explanation of the proposed feed-in tariffs provided to the Indiana Renewable Energy Association and Representative Matt Pierce.

The tariffs suggested are applicable throughout the Midwest and not solely to Indiana.

The tariffs, or prices paid for renewable generation per kilowatt-hour, are based on my professional judgment of current best practice worldwide and best practice specifically in North America.

In large part the tariffs are based on those implemented October 1, 2009 in Ontario, Canada. The Ontario Power Authority derived a system of tariffs for renewable energy following the most rigorous and, equally as important, the most transparent price-setting process yet conducted in North America. The Ontario tariffs were converted to US dollars.

Because of lucrative federal subsidies in the US, there are two tariff tracks: one without federal subsidies, and one with the subsidies.

Two Tracks (with & without Federal Tax Credits)
There are two tracks because not every potential generator can fully use the federal tax credits. If the program is to be equitable, that is, if the program is to provide equal opportunity to all Indiana citizens, it must not be limited to only those with substantial federal taxes. Thus, even those who do not have substantial federal tax liability can take advantage of the program by using the tariffs.

While it would be technically more correct to run a full financial model taking into account the discounted effects of the federal subsidies, this was determined to be unnecessary. Instead, the proposed Indiana tariffs derived from Ontario's current rates were simply reduced 30 percent, representing the equivalent benefit of the federal tax credits.

Wind Energy
Wind energy is a special case and was treated separately and in much more detail. There are four classes of wind energy tariffs: two tariff classes for small wind turbines, an offshore class, and a tariff class for onshore, commercial-scale wind turbines.


Small Turbines
Tariffs for small wind turbines are divided by the area swept by the wind turbine's rotor. This measure allows inclusion of both conventional horizontal-axis wind turbines as well as novel vertical-axis wind turbines.

The smallest class is representative of household-size wind turbines. These are currently more expensive and less productive than commercial-scale turbines and, consequently, the tariff needed is much greater. The tariff proposed for household-size wind turbines is comparable to that in several European countries and to that proposed in Great Britain.

The second small turbine class is for wind turbines considered suitable for small businesses. With the federal tax credit, the tariff proposed is similar to that proposed by Indianapolis Power & Light in its filing with the Indiana Utility Regulatory Commission (IURC) for wind turbines less than 100 kW in capacity.

Commercial-Scale Turbines Onshore
The price necessary for profitable operation of commercial-scale wind turbines is highly dependent upon the wind resource and the resulting productivity of the wind turbine. To spread economic opportunity to a greater percentage of Hoosier farmers, rural landowners, and small businesses it is necessary to offer a range of tariffs to reflect the different wind resources available.

When a single wind energy tariff is used for commercial-scale wind turbines, some generators will be overpaid and others underpaid. Both to avoid overpayment at windier sites and to enable profitable wind development at less windy sites it's necessary to calculate a range of tariffs.

There are two techniques currently in use to accomplish this task: the German system, and the French system. Both systems use a trial period of five to ten years. All turbines are paid the same price during the trial period. After the trial period, the tariff payment changes, reflecting the site's productivity. The German system (it is also used in Switzerland) is more unwieldy than the French system and less adaptable to North America.

The French system bases the post-trial tariff on a measure of the wind turbine's productivity.

The proposed Indiana tariffs are similar to those proposed in Ontario by the Ontario Sustainable Energy Association. They have been specifically adapted to the North American wind resource and costs.

The proposed Indiana tariffs are derived from the Profitability Index Method developed by Bernard Chabot for the French equivalent of the National Renewable Energy Laboratory.

This method incorporates average installed costs, annual expenses, inflation, the cost of capital, and so on. Most importantly, this method enables simple recalculation of the tariff needed as the wind resource and turbine productivity vary.

The two most important parameters are the installed cost relative to the area swept by the wind turbine rotor. In this case, the installed cost is approximately $2,400/kW for a 2 MW wind turbine with a 90 meter diameter rotor.

The base productivity is set at a minimum average annual specific yield of 650 kWh/m2/yr. This yield is equivalent to a wind resource of 5.5 m/s (12.3 mph) at hub height. The calculation results in a tariff of $0.14/kWh without tax credits and $0.098/kWh with the federal tax credits.

The base tariff is paid for the first five years to all turbines installed under the program. Turbines with a productivity of 650 kWh/m2/yr or less will be paid the base tariff for the full 20 years.

At the end of the first five years, the yield for each year is determined. The year with highest yield and the year with the lowest yield are discarded. The productivity of the turbine is calculated from the yield of the remaining three years.

The profitability index is limited to 0.55 at an annual yield of 1,200 kWh/m2/yr. This eliminates overpayment for development at windy sites where the wind resource is equivalent to 7.4 m/s (16.6 mph) at hub height. The calculation results in a tariff for years 6 through 20 of $0.084/kWh without tax credit, and $0.059/kWh with federal tax credits.

Note that because there are two tariffs (for years 1-5, and for years 6-20), the average or equivalent tariff is somewhat more than the second period tariff. Thus, at a site with an average yield of 1,200 kWh/m2/yr, the average or equivalent 20-year tariff is $0.104/kWh without tax credits and $0.073/kWh with federal tax credits. The latter equivalent tariff is nearly identical with that proposed by Indianapolis Power & Light to the IURC for wind turbines larger than 1 MW of $0.075/kWh.

This article brought to you by the Indiana Renewable Energy Association. For more information, please visit www.indianarenew.org.

Hoosier Interviewed on Ed Schultz Radio Show on Obstacles to Creating Green Jobs in the U.S.

Posted by Laura Arnold  /   December 03, 2009  /   Posted in Uncategorized  /   No Comments

Noel Davis, the founder of Vela Gear Systems, will be interviewed on the Ed Schultz radio show (http://www.bigeddieradio.com/ ) today at 1:05pm Eastern USA time.

The subject mater of the interview is the following...

Obstacles to Creating Green Jobs in the U.S.

Efforts to build an Indiana plant that would manufacture high-value wind turbine components have been slowed by difficulties accessing Recovery Act funding intended to spur the development of green energy projects. Mr. Noel Davis is seeking a loan guarantee from the Department of Energy. Each day that his application sits unanswered and overdue, Chinese, European, and other foreign companies continue to capture more of our market for clean energy manufactured goods. Currently, 86% of wind turbine high value gearbox components are imported.

Vela Gear Systems (VGS) plans to construct and operate a manufacturing facility dedicated to the high volume production of critically needed gear components for utility grade wind turbine (greater than 1.0 megawatt) gearboxes. This will be the only American owned company starting up to manufacture large wind turbine gears. The project is supported by local and federal elected officials, including U.S. Senator Richard Lugar, U.S. Senator Evan Bayh, and Kokomo Mayor Greg Goodnight.

The plant would be potentially be located in Central Indiana, an area that has been hemorrhaging jobs with massive layoffs at auto manufacturers and auto parts suppliers (see story by USA TODAY). The GM plant, formerly Delphi, once had 15,000 workers, but today employs just 800. Area Chrysler operations once had 14,000 workers, but today employ just 2,700. These losses have helped Kokomo earn the #3 spot on a list of America’s Fastest-Dying Towns.

Davis’s team holds more than 100 years of combined experience in working with wind turbine customers and steel suppliers. His state-of-the-art manufacturing facility would employ over 200 skilled machinists at wages approximating $24 per hour. Doing so would have tremendous benefits to U.S. suppliers, including the domestic steel industry, with Vela intending to procure a large amount of U.S.-made steel in its manufacturing process.

Meanwhile, China and other overseas investors are taking advantage of the increased demand for renewable energy manufactured goods. According to a study by Russ Choma, 84 percent of Recovery Act funds earmarked to support the wind industry have gone to foreign companies. Efforts to rejuvenate the U.S. manufacturing base are at risk of being unseated by subsidized imports from countries seeking to capitalize on new demand for clean energy products in the U.S., such as wind turbines and solar panels. Recent media attention has focused on a massive Texas wind development project that will source all of its wind turbines from China and seek U.S. taxpayer support to finance the project. According to the Wall Street Journal, “the project should create 2,800 jobs – of which 15% would be in the U.S. The rest would flow to China, where Shenyang employs 800 people.”

In the case of Noel Davis and Vela Gear Systems, the opportunity exists to create green manufacturing jobs in the U.S. that will depend on a domestic supply chain.

Noel Davis is a retired U.S. Navy Commander with significant private sector experience in engineering projects, including power transmission products and drive systems. His contact info: Vela Gear Systems, http://www.velagear.com/ P.O. Box 432 Indianapolis, IN 46038, noel.davis@velagear.com Mobile: +1 (317) 224-7831

This news update brought to you by the Indiana Renewable Energy Association (InREA). Visit www.indianarenew.org.

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