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BusinessWire: Ingersoll Rand, Honeywell Express SB 340 Bill Will Undermine Energy-Efficiency Initiatives in Indiana

Posted by Laura Arnold  /   March 17, 2014  /   Posted in 2014 Indiana General Assembly  /   No Comments

PRESS RELEASE

March 17, 2014, 3:58 p.m. EDT

Ingersoll Rand, Honeywell Express SB 340 Bill Will Undermine Energy-Efficiency Initiatives in Indiana

Companies encourage dialogue for constructive reforms to Energizing Indiana

 DAVIDSON, N.C. & MINNEAPOLIS, Mar 17, 2014 (BUSINESS WIRE) -- Encouraging energy efficiency and demand side management are worthy policy goals embodied in Indiana’s energy-efficiency resource standard. The state’s Energizing Indiana program holds down energy costs for Indiana ratepayers. Honeywell, Ingersoll Rand and other leading companies with a significant presence in the state, are concerned that Indiana’s Senate Bill 340 will undermine important energy-efficiency initiatives. Current energy conservation efforts are working to reduce energy costs for businesses, provide and sustain good jobs for small businesses and manufacturers in Indiana, and generate economic investment across the state.

In a recent poll, conducted by the National Association of Manufacturers, 90 percent of those polled stated that they “believe it’s important to include energy efficiency as part of our country’s energy solutions.”

Energizing Indiana cuts waste and is a fiscally responsible way to address the state’s energy needs. Evaluation of the 2012 program showed a 2:1 savings versus cost ratio, and the preliminary results for 2013 suggest an equal or stronger performance. All programs need to be evaluated and refined. Eliminating this particular initiative altogether is the wrong choice for Indiana, its businesses and its residents. Prudent reforms should benefit all of the state’s ratepayers.

Energy efficiency helps drive a positive business environment and supports good, skilled jobs, like those at our companies. Related resource standards create a more level playing field between efficiency efforts and energy generation. Removing the Energizing Indiana goals and requirements delays opportunities for more efficient and sustainable communities, and removes a valuable money-saving tool for consumers.

We ask for a dialogue to generate constructive changes to build a successful program instead of a moratorium. Putting the program on indefinite hold will halt activity and set the state back years. Indiana’s leaders should reconsider the proposed legislation and continue to support programs that deliver savings for all Indiana businesses and residents.

About Ingersoll Rand

Ingersoll Rand IR -0.02% advances the quality of life by creating comfortable, sustainable and efficient environments. Our people and our family of brands—including Club Car ®,Ingersoll Rand ®, Thermo King ® and Trane ®—work together to enhance the quality and comfort of air in homes and buildings; transport and protect food and perishables; and increase industrial productivity and efficiency. We are a global business committed to a world of sustainable progress and enduring results. For more information, visit www.ingersollrand.com .

About Honeywell

Honeywell HON -0.59% is a Fortune 100 diversified technology and manufacturing leader, serving customers worldwide with aerospace products and services; control technologies for buildings, homes and industry; turbochargers; and performance materials. Based in Morris Township, N.J., Honeywell’s shares are traded on the New York, London, and Chicago Stock Exchanges. For more news and information on Honeywell, please visit  www.honeywellnow.com .

SOURCE: Ingersoll Rand

Ingersoll Rand: Paige Muhlenkamp, 704-990-3282 paige_muhlenkamp@irco.com or

Honeywell: Bruce Eric Anderson, 763-954-5344 bruce.e.anderson@honeywell.com

SB 340 to kill Indiana’s energy efficiency programs should hit Governor Pence’s desk TODAY (3/17/14)

Posted by Laura Arnold  /   March 17, 2014  /   Posted in 2014 Indiana General Assembly, Uncategorized  /   No Comments

Who’s behind the effort to kill Indiana’s efficiency law?

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indiana capitol

A bill before Indiana Governor Mike Pence could end a state efficiency program that has led to significant energy savings in the past two years.

Clean energy and environmental groups, along with some major companies, are pleading with Pence to veto the bill, saying it would mean higher energy bills and jobs lost as demand drops for products from light bulbs to efficient appliances.

Advocates say the state’s efficiency program, Energizing Indiana, is a “win-win-win situation” for companies, consumers and the environment. The program was created by a December 2009 order from the Indiana Utility Regulatory Commission and was implemented in 2012.

The bill passed by lawmakers this year actually started as a much narrower provision that would have allowed large industrial users to opt out of the energy efficiency program. Large manufacturers like steel mills have paid millions of dollars to support the efficiency program, while typical households are paying an extra $2 or $3 a month.

The program includes free energy audits, weatherization for low-income households, subsidies for residential lighting products, heating and cooling retrofits at schools, education about energy efficiency, and rebates for commercial and industrial retrofits. Six utilities are covered by the program, which resulted in a savings of more than 416 million kWh in 2012.

The original bill was introduced in January by state Sen. Jim Merritt (R-Indianapolis) and passed in early February. Then in the House, Rep. Heath VanNatter (R-Kokomo) introduced a floor amendment that greatly altered the bill so that it would terminate the entire efficiency program in December. The amended bill says the utility regulatory commission cannot “extend, renew, or require the establishment of an energy efficiency program” under the 2009 order. It says utilities can continue to recover costs related to their compliance with the order.

The amended bill passed the House on Feb. 26 and then the Senate on March 10, with a vote of 37-8. At the time this story was published it had not yet reached Pence’s desk. Once the governor has the bill, he has seven calendar days to sign or veto it. (See when SB 340 lands on the Pence’s desk here.) If the governor takes no action, the bill becomes law.

That “would be devastating, it would kill efficiency in our state as we know it,” said Kerwin Olson, executive director of the Citizens Action Council.

A good investment?

The only parties that would logically have an interest in terminating the program altogether, experts say, are the utilities that are required to make a good faith effort to reduce energy demand by two percent by 2019.

In some states, legislation has “decoupled” the amount of energy sold from utility profits, or otherwise offered incentives for utilities to reduce their customers’ energy demand. Indiana does not have a decoupling policy, and a lost revenue recovery program meant to encourage utilities to push efficiency has encountered opposition from ratepayer groups because of inappropriately inflated program costs, experts said. Historically, utilities have opposed efficiency requirements because lower demand cuts into their revenue.

Edwin Simcox, interim president of the Indiana Energy Association, a utility group, said SB340 is “not a utility bill” and was not crafted or pushed by utilities, though he has spoken out in favor of the bill.

Simcox said Energizing Indiana has cost ratepayers $500 million so far and would cost almost $2 billion by 2019. Proponents of the program dispute those numbers, and say no hard evidence for the figures has been presented. They point to a June 2013 evaluation that showed $2 savings for every dollar spent on efficiency.

Simcox also said the bill does not end the state energy efficiency program, but rather “pauses” it until a study can be completed. He also said utilities are free to continue voluntary investments in energy efficiency even if the program is ended.

“(Legislators) would come back in the 2015 session of the general assembly and do whatever they would do – continue the program as is, recalibrate it, or choose to put it aside based on cost,” said Simcox. “That’s the nature of the bill.”

Oppponents of the bill point out that under the legislation, the programs are ended as of December 31, 2014, and would not be allowed to continue.

“That’s not a pause, that’s a termination,” said Martin Kushler, a senior fellow at the American Council for an Energy-Efficient Economy (ACEEE), who argued against the bill in a recent blog post.

Advocates say prior to the program, Indiana utilities invested very little in energy efficiency. They have little confidence utilities would prioritize efficiency without a state order.

“I’ve been in this business for 30 years and I’ve never seen an investor-owned utility voluntarily on their own provide serious energy efficiency programs without being required to or having some type of regulatory or legislative incentive,” said Kushler.

Indiana moved from 31st to 27th nationwide in ACEEE’s annual energy efficiency scorecard between 2012 and 2013, thanks in large part to action driven by the program, Kushler said.

Bad for business

It’s not only environmentalists and consumer groups who want to save energy.

Energy efficiency programs create a significant market for products from light bulbs to efficient heaters and air conditioners. So a host of major companies including Johnson Controls, Honeywell, Siemens, Ingersoll Rand and United Technologies sent a letter to Pence opposing the bill. The American Heating and Refrigeration Institute, a trade association representing makers of air conditioners and chillers, also wrote to legislators opposing the bill.

“Ending this initiative would eliminate approximately 381 direct program jobs, over 1,200 indirect jobs and over $500 million of economic investment each year that the programs are not operating,” said the letter from Johnson Controls and other companies.

“I’m really concerned about this as it relates to the ability for business to be competitive in Indiana,” said Charles McGinnis, senior director of commercial energy solutions for Johnson Controls. “A tremendous amount of jobs would be impacted.”

He said that energy efficiency construction projects carried out by Johnson Controls have created an average of 2,257 direct and indirect jobs per state. That number is based on a multiplier from the U.S. Department of Commerce and includes “many small electrical contractors, mechanical contractors, equipment suppliers, wholesale distributors and tradespeople.”

Half those jobs would be lost if programs such as Indiana’s were eliminated, McGinnis said.

Kevin Lauckner, director of Smart Grid Solutions for Honeywell, added that the company believes Energizing Indiana has been a boon for Indiana business, “reducing energy costs, providing thousands of good jobs for small businesses and manufacturers in the state, and generating hundreds of millions in annual economic benefit — double what’s been invested to date.”

“We believe that repealing the state’s efficiency standard via Senate Bill 340 will jeopardize important energy initiatives in Indiana, and will reverse a trend toward greater efficiency across the state and country,” he said.

Olson said that vendors, consultants and others involved in the energy efficiency economy “are watching somewhat in shock” as the Indiana bill progresses. “We’re well aware there are folks who wanted to invest in Indiana who are now having other thoughts,” he said. “This will benefit other states. If you’re someone who invests in demand-side management, you’re going to go somewhere else.”

“They keep hammering home the point of Indiana being competitive in the U.S. and globally,” added Hoosier Environmental Council executive director Jesse Kharbanda. “If you want a tool box to help the state remain competitive, you need a pretty robust tool to control energy costs.”

Political history

Simcox said utilities were “troubled” by the fact that Energizing Indiana was never passed by the legislature but rather crafted and implemented by the utility regulatory commission.

Kushler said that while most state efficiency programs originate with the legislature, there are states where utility commissions have started programs without a state law.

“This bill [to end the program] is certainly a bad precedent,” Kushler said. “This would be the first time a state legislature killed the state’s existing energy efficiency resource standard.”

Meanwhile, Indiana experts noted that Energizing Indiana was the result of a years-long process involving legislators. To portray the program as something foisted on the state by the utility commission, Olson said, would be “complete revisionist history and a mischaracterization of what happened.”

He pointed to a 2009 editorial co-authored by Sen. Merritt that said: “A coordinated, statewide energy efficiency effort is a significant and realistic step in the right direction and we applaud the [former Gov. Mitch] Daniels administration for taking it.”

Sen. Merritt’s office did not return calls for this story.

Rebecca Stanfield, deputy director for policy for the Natural Resources Defense Council Midwest program, noted that Energizing Indiana was started by Daniels, “a pretty conservative governor, because of the large economic benefits that energy efficiency brings.”

“I’m hoping this governor recognizes that being inefficient is a drag on the state’s economic growth, it’s like a tax on the state’s economic activity to be using more energy than you need,” she continued.

The ACEEE and NRDC are members of RE-AMP, which also publishes Midwest Energy News.

A surprise

A host of other groups, including the U.S. Green Building Council and the American Institute of Architects of Indiana have also called for a veto. Experts said that many state legislators who signed the bill likely did not understand its implications or the level of opposition it would spark. Advocates noted there was no debate on the House or Senate floor about the bill’s implications, and they were caught off guard by the sweeping nature of the amendment.

Environmental groups also opposed the original bill that would have allowed industrial customers to opt out of Energizing Indiana. They note that energy efficiency should be seen as a “supply resource” akin to creating new power sources.

“You wouldn’t let [industrial] customers walk away from paying for a power plant, why should they be able to walk away from paying for efficiency programs?” asked Kushler.

McGinnis said that Johnson Controls also did not support the original bill, even though it might have relieved their factories from energy efficiency investment obligations.

“It started with manufacturers and industrial companies,” seeking the opt out provision, “then the utilities hijacked it in the House,” with backing from the Indiana Manufacturers Association and the Indiana Chamber of Commerce, explained Olson.

“That is a strong, powerful and influential lobby,” said Olson, noting that the Citizens Action Council has collected about 2,000 signatures on online and paper petitions demanding a veto of the bill. “But on the other side of the fence you now have the public getting very very engaged; and you have outreach efforts by the NAACP…and then this Fortune 100 business coalition is also opposing the bill.

“You have a political hot potato here for the governor.”

Low-hanging fruit?

Simcox thinks Energizing Indiana will get significantly more expensive each year as the “low-hanging fruit” energy efficiency upgrades are made. Other states, like Illinois, have grappledwith the question of how to keep cutting energy use once simple solutions like bulb replacement have been done.

But critics of the bill said it is “absurd” – in Stanfield’s words – to say Indiana has already tapped its cost-effective efficiency potential.

“We’ve been doing this for a decade and a half in some states and there’s still plenty of cost-effective ways to get efficiency,” she said. “The technology improves continuously – what’s cost-effective this year is amplified by new technologies a few years down the road. Indiana hasn’t even scratched the surface of what’s economically feasible.”

“That argument about low-hanging fruit is one that crops up from time to time, but in a state like Indiana that’s ludicrous…that’s baloney,” added Kushler. “In Indiana you have almost no history of energy efficiency programs. So you have a vast forest of energy efficiency opportunities.”

Solar Zentrum proposes Monroe County (IN) 15-20 acre solar farm for Duke Energy Indiana RFP

Posted by Laura Arnold  /   March 16, 2014  /   Posted in solar  /   No Comments

Monroe county considering solar farm project

BLOOMINGTON -A southern Indiana county is weighing a company's proposal to build a five-megawatt solar energy farm on county-owned land.

Solar Zentrum has proposed using 15 to 20 acres in Monroe County for the project. That land is a part of an 85-acre plot owned by the county.

The company is seeking a site that could house between 4,000 and 5,000 solar photovoltaic panels that would turn sunlight into electricity.

The Herald-Times reports that Duke Energy has issued a request for proposals for solar farms that would gather the energy and then sell it to Duke. See http://wp.me/p37Lx8-1AD 

The county property in question is near a power transfer station, making it an ideal site.

Monroe County's commissioners and members of the county's environmental quality commission have agreed to move the idea forward.

To read Herald-Times article CLICK HERE> Solar-farm-latest-proposal-for-county-s-85-acre-parcel_SZ proposal

IURC Electricity Division Director Dr. Borum Files Draft Report on DEI, I&M, IMPA and WVPA IRP’s including DG

Posted by Laura Arnold  /   March 16, 2014  /   Posted in Uncategorized  /   No Comments

Dr. Brad Borum, Director of the Electricity Division of the Indiana Utility Regulatory Commission (IURC) filed his draft report on the four (4) Integrated Resource Plans (IRPs) filed in 2013 by

  1. Duke Energy Indiana (DEI),
  2. Indiana Michigan Power Company (I&M),
  3. Indiana Municipal Power Agency (IMPA), and
  4. Wabash Valley Power Association (WVPA).

IndianaDG Readers may be interested in reading Dr. Borum's entire draft report which can be found at:

http://www.in.gov/iurc/files/IURC_Electricity_Div_Director_Draft_Report_on_2013_IRPs_-_02-28-2014.pdf

Of greatest interest, however, to IndianaDG Readers may be the following excerpts from the reports concerning DG and Renewable Energy. There is also a discussion of Energy Efficiency (EE) as well in Borum's Draft Report.

Indiana Michigan Power Company (I&M)

Treatment of Distributed Generation
The purpose of this section is to primarily discuss how I&M modeled distributed generation (DG) in the IRP modeling exercise, but we will also touch on some aspects of how utility scale renewable energy was analyzed.

Assumptions
I&M notes that the cost of solar panels has declined considerably over the last decade and that various forecasts generally see declining nominal prices for the next decade (p. 125). They also recognize that distributed solar, often seen on rooftops, is also experiencing declining costs as associated hardware, such as inverters, racks, and wiring bundles become standardized. The result is that both distributed and utility scale solar projects will be more economical in the future.

Utility scale solar up to 50 MW per year of incremental nameplate capacity was made available to the Plexos optimization model for selection beginning in 2014. One assumes the installed cost for solar panels in Figure 5D-3 is reflected in the costs used in the Plexos model.

Distributed solar resources were modeled at their cost to the utility which I&M stated is the full retail net metering rate, not the installed capital costs.

I&M observes that the cost of electricity from wind generation is becoming competitive within PJM due in large part to subsidies such as the federal production tax credit and REC values. Wind resources are modeled as Purchase Power Agreements with costs at constant real rate of $65 per MWh. I&M limits the implementation of wind resources to a “realistic amount,” 100 MW, each year in the Plexos modeling. An assumption made by I&M is that the Federal Production Tax Credit will not be extended beyond 2013. Distributed wind was not modeled in developing this IRP.

Biomass and incremental hydroelectric resources were not considered in the modeling process. [Emphasis added]

Results

The presentation of the results of the optimization modeling and the development of the Preferred Portfolio is confusing.
On page 184, I&M says the optimization modeling process did not select any distributed solar even though their costs decline throughout the planning period. The costs referred to appears to be the installation capital costs although this is not made clear. According to I&M the reason for this is that the solar DG resources were modeled at a cost based on the full net metering rate. I&M also presents a Figure 4E-3 on page 93, duplicated in Figure 8C-2 on page 184, which presents four different lines on a graph:

1. A line representing Net Metering Payments
2. A line representing the PJM Value of Solar
3. A line representing Utility Scale PV with the Investment Tax Credit (ITC)
4. A line representing Consumer Scale PV with ITC

I&M describes this graph as showing the avoided cost value of a typical rooftop resource in relation to its net metering cost (p. 184). On page 92, I&M says, referring to the table on page 93, customer-sited DG costs the utility more than the PJM value it provides.

The presentation of the DG solar analysis is flawed because the reader has no means to understand what I&M did. The information presented in Figures 4E-3 and 8C-2 is described in one or two sentences and provides no information as to how the data presented was developed, the sources of the data, and the assumptions required to develop the data.

Given that I&M modeled DG solar using the “full retail net metering rate,” it would have been useful to explain exactly what this rate included and how it was calculated. It would also have been instructive to perform an optimization using some different assumptions instead of only using the retail net metering rate.
As noted above, I&M developed two optimized portfolios using the base commodity forecast and two different load forecasts (Old and New). Table 8C-1 shows the summary capacity additions for the two optimization portfolios. The table indicates that 249 MW of utility scale solar is added in the period 2020-2033. The 249 MW is based on the PJM capacity value which recognizes 38% of solar nameplate MW capacity for ICAP purposes. This means I&M is projecting the addition of 700 MW of utility scale solar to be added over the period 2020-2033.
I&M then constructs a final “Preferred Portfolio” based on the portfolio optimized under the new load forecast. The Preferred Portfolio begins to add distributed solar in 2016 “at a point that roughly corresponds to the cross-over point in value from the customer’s perspective.” (p. 185) By 2033, 153 MW (nameplate) of DG solar are added on the customer side of the meter. I&M states ‘this portfolio is identical to the optimized portfolio with the addition of over 150 MW (nameplate) distributed generation through the planning period that is thought likely to occur under current net metering compensation rules.” (p. 185)

The problem is that I&M added the solar DG because it was “thought likely to occur.” So the solar resource additions appear to be ad hoc in nature and no more explanation is provided. How did I&M derive what it thought was likely to occur? [Emphasis added]

Duke Energy Indiana (DEI)

Renewables and Distributed Generation
The discussion of distributed generation in the IRP is minimal and DG is not explicitly modeled in the resource portfolio development exercise except to satisfy a minimum level of renewable generation for  each scenario. Customer self-generation is discussed in two short paragraphs on page 31 in the load forecast chapter. There DEI says no additional cogeneration units that impact the load forecast are assumed to be built or operated within the DEI service territory over the forecast period. DEI goes on to say the renewables or EE categories in this IRP can be considered placeholders for any new cogeneration projects.
Non-utility generation as future resource options is discussed on page 69. DEI states a customer’s decision to self-generate or cogenerate is based on economics, and that such projects are generally uneconomic for most customers. As a result, DEI says it does not attempt to forecast specific megawatt levels of this activity. It is argued that cogeneration facilities that are built affect customer energy and demand and are captured in the load forecast. Again, DEI says that portions of the projections for renewables and EE in the IRP can be viewed as placeholders for these types of projects.
Utility scale solar is discussed at the bottom of page 74 and continuing to page 75. Screening curves are developed for 150 MW wind and 25 MW solar PV. According to DEI, solar is the least expensive but has a 20% capacity factor and has greater contribution at system peak than does wind. Wind is a close second in cost-effectiveness but is intermittent. Biomass is recognized by DEI as being a baseload generation option and is dispatchable, but is higher cost than wind.
The renewables technologies considered in the resource portfolio optimization model are solar, wind, and bio-methane. Wind is modeled in 50 MW blocks, solar 10 MW blocks, and bio-methane in 2 MW blocks.

DEI believes it is prudent to plan for a Renewable Energy Portfolio Standard (REPS) so each scenario included a REPS. The Reference Scenario assumed a mandated REPS with minimum levels of 1% of total  retail energy sales by 2020 and 5% of total sales by 2033. The Low Regulation Scenario has a REPS of 1% of sales by 2020 and 4% by 2033. There is a 1% REPS in 2020 and 15% by 2033 for the Environmental Focus Scenario.
The Traditional Portfolio has 109 MW solar, 35 MW wind, and 12 MW biomass; the Blended Portfolio has 139 MW solar, 178 MW wind, and 14 MW biomass; and the Coal Retires Portfolio has 265 MW solar, 173 MW wind, and 27 MW biomass.

There are a number of issues with DEI’s treatment of renewable energy and DG in the IRP:

  1.  DEI seems to imply that the effect of customer-owned generation is reflected in the load forecast. But it does not indicate how this is modeled, especially when technology is changing rapidly and the costs of renewable energy and DG are falling steadily.
  2. DEI does not discuss how technological change is causing the cost of DG to fall significantly and how customer attitudes are changing toward the ownership and use of DG facilities. What might the implications be for the utility and how might its resource portfolio change should these circumstances become more pronounced? A thorough discussion and analysis of this topic would have been helpful.
  3. To the extent the effects of customer-owned generation is not reflected in the load forecast, DEI says the projections for EE and renewable energy can be viewed as placeholders for DG resources. Again, it is not obvious that this is the case given the rapid changes in technology and falling cost for DG.

Indiana Municipal Power Agency (IMPA)

DG and Renewable Energy


Distributed generation was not considered as an option in the resource plan development process beyond a brief general discussion of net metering and other retail customer-owned generation. IMPA knows of six net metering customers and IMPA has a contract with a commercial/industrial customer of one of its members to purchase excess generation from that customer’s onsite generation facilities. The customer has been selling small amounts of energy to IMPA under a negotiated rate. There are no customers that operate a combined heat and power (CHP) system. Based on EPA data, IMPA is aware of 15 industrial boiler installations in IMPA member communities. Nothing is known by IMPA regarding the size or condition of these facilities. With the exception of emergency back-up generators at some hospitals, factories, and water treatment plants, IMPA says it is unaware of other non-renewable retail customer-owned generation in its members’ service territories.
IMPA recognizes that, under the right circumstances, CHP systems would be beneficial to both the customer and IMPA, but notes that the operating conditions and economics must be in place for both parties if a CHP project is to go forward. They also state that most DG systems are small and would have little impact on the long-term. Nevertheless, IMPA declares it will work with their members and the members’ retail customers to investigate the addition of CHP or renewable systems at customer locations (p. 11-128).
IMPA’s discussion of DG is focused on what currently exists and not on how things might be in a few short years given the rapid changes in technology and costs, especially for solar. A more thorough discussion, at a minimum, of the possibilities and implications of greater penetration of DG would have been desirable.
IMPA says it included the following renewable alternatives in the resource expansion modeling:

  1. Wind – Build (50 MW)
  2. Wind – PPA (50 MW)
  3. PV Solar (small facilities at member locations)
  4. Bio Mass (25 MW)
  5. Landfill Gas (2.5 MW units in sets of 10 MW)

However, another section of the IRP report says a base case was developed that assumes 21 MW of solar park development over the next seven years. Additional renewable energy additions were left up to the expansion model to determine (p. 6-47).
The ten expansion plans discussed on page 11-132 include a base level of renewables or a high level of renewables. The IRP only says on this page that the two levels were previously discussed in the document. The discussion is not entirely clear about what the base and high levels of renewables are, but there is a strong impression that the renewable energy was hardwired in the optimization model.

Wabash Valley Power Association (WVPA)

DG and Renewable Energy
WVPA discusses in Section II on pages 22-23 how it handles end-consumer distributed generation, with emphasis on the interconnection process. WVPA states that any consumer-owned generator is factored into the IRP either through the inclusion of the resource as a generator or utilizing the generator to offset load as a behind the meter resource.
Landfill gas internal combustion generating units are discussed in Section II on page 10 where it is noted that WVPA has 44 MWs of landfill gas generation capacity and plans to add another 3.2 MW in 2014.
The section of the IRP titled “Selection of Resource Options” does not discuss distributed generation or renewable energy. Nevertheless, the Base Resource Plan shows 32 MW of planned landfill gas generation being added through 2032.
The discussion of DG and renewable energy is minimal and provides no insight as to what WVPA thinks of these resource options, or how technological change and falling costs in this area might impact WVPA’s resource needs going forward. Beyond landfill gas generation, it appears that WVPA gave no thought or consideration to the possibilities associated with the various DG and renewable resource options and how these possibilities might evolve given a range of potential future circumstances.

WVPA did note on page 23 in Section II that the projection of peak demand and energy is adjusted as required to reflect the impact of consumer owned distributed generation, but WVPA fails to explain how it was done.

 

SunEdison ready to sign solar PV 25-year PPA for 150 MWs “just below” 5 cents/kWh with Austin Energy

Posted by Laura Arnold  /   March 16, 2014  /   Posted in solar, Uncategorized  /   No Comments

Cheapest Solar Ever? Austin Energy Buys PV From SunEdison at 5 Cents per Kilowatt-Hour

Cheapest Solar Ever? Austin Energy Buys PV From SunEdison at 5 Cents per Kilowatt-Hour

An unprecedentedly low price for a large solar project

Eric Wesoff
March 10, 2014

Texas utility Austin Energy is going to be paying 5 cents per kilowatt-hour for solar power, and it could mean lower customer rates.

City-owned Austin Energy is about to sign a 25-year PPA with Sun Edison for 150 megawatts of solar power at "just below" 5 cents per kilowatt-hour. The power will come from two West Texas solar facilities, according to reports in the Austin American-Statesman. According to reports, around 30 proposals were at prices near SunEdison’s. Austin Energy has suggested that the PV deal will slightly lower rates for customers.

This is one of the lowest, if not the lowest, reported prices for contracted solar that we have seen. Last year, First Solar (FSLR) entered a 25-year PPA in New Mexico for 50 megawatts of solar power at 5.79 cents per kilowatt-hour. That number included a significant PTC from the state. The Macho Springs project, the Austin project and most solar projects of this nature rely on the 30 percent federal Investment Tax Credit.

Austin Energy's net sub-five cent price does not include any state PTC, according to Monty Humble of energy development firm Brightman EnergyLLC. He said that the utility was "to be commended" for this solicitation. Humble added, "Based on our analysis, it can be done. There's not a whole lot of profit in it, but it's not a loss leader. It's a legitimate bid."

GTM Solar Analyst Cory Honeyman points out that "new PPAs signed in North Carolina fetched prices between 4.5 and 5 cents per kilowatt-hour." Like Macho Springs, those projects could also take advantage of an in-state tax credit to make the economics work. Honeyman said that none of the projects in Georgia or North Carolina were larger than 20 megawatts, so 5 cents does seem like "an unprecedented low for large-scale projects."

Bret Kadison, COO of Austin-based Brazos Resources, an energy investment firm, said this was "a highly competitive solicitation." Although historically, "Texas hasn't been a hotbed of solar, you're starting to see that change. ERCOT needs the generation."

He expects to see more solar activity "not just as a green source of energy, but as an affordable source of energy. Texas is seeing economic growth, but the power grid has not kept pace." Kadison added, "When you think about the volatility of natural gas, a 25-year PPA starts to look pretty attractive."

Kadison notes, "This is below the all-in cost of natural gas generation, even with low fuel prices and before factoring in commodity volatility and cost overruns." He also points out that the original RFP was for 50 megawatts, but the utility ended up buying 150 megawatts "in a red state where hydrocarbons dominate the political landscape." Kadison suggests that "one of the biggest cost reduction drivers that allowed solar to reach this parity came from the massive reduction in financing costs."

The 5-cent price falls below Austin Energy's estimates for natural gas at 7 cents, coal at 10 cents and nuclear at 13 cents. The utility points out that it approved a 16.5-cent price for the Webberville solar plant in 2009.

Austin Energy has a 35 percent renewable energy resource goal by 2016 and a solar goal of 200 megawatts by 2020. The utility is currently at about 25 percent, much of it made up by its 850 megawatts of wind.

Humble of Brightman Energy said, "I expect that this will force a lot of players to reexamine their approach and get far more aggressive. Because of the size of the ERCOT market and the size of the state, Texas is potentially the largest solar market in the country." According to GTM Research's 2013 U.S. SMI report, Texas ranked 8th in the nation with 75 megawatts installed in 2013.

GTM's Honeyman notes, "This is the second major announcement in which a utility has stated plans to procure more than 100 megawatts of solar PV based on its cost-competitiveness with natural gas, as opposed to RPS-driven demand."

If developers continue to bid in at these prices -- it won't be the last.

 

Lazard's estimates of unsubsidized levelized cost of energy (click to enlarge)

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