Report calls for provincial entity to oversee renewable energy resources and commitment to biomass generation

SYDNEY — The creation of a provincial entity to oversee renewable energy resources and a commitment to biomass generation are two of the key recommendations from an interim report commissioned by the Department of Energy to ensure the province meets its renewable energy targets.
Dalhousie University’s faculty of management, which studied the economic, social and environmental costs of Nova Scotia hitting its 25 per cent renewable electricity generation goal by 2015, has put forward preliminary recommendations for regulatory and governance reform that make for a “pragmatic, low-risk, low-cost” strategy.

One of the report’s authors David Wheeler said the province’s energy sector, while primarily controlled by Nova Scotia Power, should enter into a form of deregulation.

“(Nova Scotia Power) does a very good job and is a very efficient utility, but the way they are regulated and the way the system works around them, I think, not only holds them back but also holds back the people who want to be producing energy and putting, particularly renewable energy into the grid,” Wheeler told the Cape Breton Post following the release of the report, Tuesday.

“We have to move to a more modern system of oversight and governance, and that does require rearranging some of the pieces, changing some of the lines of accountability.”
While the interim report isn’t a comprehensive document making final recommendations, it is presented in a “spirit of  consensus-building” with the intention of being for open discussion, Wheeler and co-author Michelle Adams wrote in a note on its title page.

Legislation will be required to create a Nova Scotia energy authority to control request-for-proposals, providing a logical counterpart to the Nova Scotia Utility and Review Board for price regulation, and feed-in tariff contracting, a policy mechanism designed to encourage the adoption of renewable energy sources by electrical utilities.
“Our current assessment is that a power authority with a procurement and systems operator mandate would create many efficiencies through the consolidation of staff currently employed in various bodies including within NSP,” the report stated.

Wheeler said it’s time NSP focused more on its core activities, as well as complying with carbon targets and contributing to renewable energy targets for the province.
“We need to make sure (Nova Scotia Power) and others are on a level playing field and that we get the best value for money for Nova Scotia.”
Part of opening up the energy sector includes a commitment to biomass projects generating approximately 500 gigawatt hours of electricity annually from sustainable forest and non-forest biomass.

The co-firing of biomass at Nova Scotia Power’s coal-fired generating stations could contribute “technically feasible levels” of the renewable energy targets of 20 per cent at Point Aconi, and 10 per cent at Point Tupper, Lingan, and Trenton.
This provides a total potential technical output of roughly 1,000 gigawatt hours annually and represents “the lowest cost renewable energy source for the province,” Wheeler and Adams state in the report, noting co-firing “allows for considerable renewable electricity generation without large capital investment.”

Biomass projects would cost about $150 million for each of four to five projects, and in addition, would allow for the co-firing of existing coal plants with forest and non-forest biomass.
The report cautioned that more discussion on forestry management and the ecological integrity of the province’s forests are required.

Another early goal for 2015 is 1,300 gigawatt hours of energy generated through wind projects annually, of which 300 gigawatt hours would be produced from community scale projects.
Large wind farms comprising 20 to 40 turbines at a cost of $120 million for each of five to six projects, while community wind farms of five to 10 turbines would cost $36 million for each of six to eight projects. The province should also consider a provision for imports of up to 500 gigawatt hours of renewable energy for “security of supply reasons,” the report said.
Wheeler said the targets set out for 2015 are attainable considering the assets and the opportunities at the province’s disposal.

Of course, political stability is a key factor to its success, he added.
“You don’t want a minister or deputy minister changing every eight months, and then investors and developers not knowing where they are.
“You want to set the system up, make it bulletproof, and then people investing now know they’re investing in a very renewable-energy-friendly environment.”
The final report is due Dec. 24.

By CHRIS SHANNON
The Cape Breton Post

cshannon@cbpost.com

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NOAC’s Contract Extension With FirstEnergy Solutions Provides Communities With Grants Totaling $5.4 Million

Northwest Ohio residents and businesses to save over $70 million on electric generation costs


AKRON, Ohio, Dec. 16 /PRNewswire-FirstCall/ — The nine communities that compose the Northwest Ohio Aggregation Coalition (NOAC) have agreed to extend their contracts with FirstEnergy Solutions Corp. (FES), a subsidiary of FirstEnergy Corp. (NYSE: FE), making FES their electric generation supplier until May 2017. Through its innovative Powering Our Communities program, FES will make a one-time grant to each of the nine communities – totaling nearly $5.4 million – which can be used as the communities see fit. The level of funding is based on the number of customers in each community who participate in the program.

In addition, residents and small businesses in Toledo, Maumee, Northwood, Oregon, Perrysburg, Sylvania, Village of Holland, Lucas County, and Lake Township are expected to receive over $70 million in electric generation savings over the term of the contract, based on current generation prices.

“We are pleased to be supplying electric generation to the approximately 200,000 electric customers in NOAC’s communities for an additional six years,” said President of FirstEnergy Solutions Donny Schneider. “Our Powering Our Communities program has been extremely successful in bringing much-needed support to over 170 communities in the northern Ohio area, providing customers guaranteed, long-term savings on their electric bills – as well as funding for the communities where they live.”

City of Toledo Mayor Carty Finkbeiner said,This agreement with FirstEnergy Solutions couldn’t have come at a better time, as nearly every household, business and community is struggling to balance their budgets right now. This funding is a great help to Toledo as we seek ways to maintain essential services. And just as important, Toledo customers can save millions in electric generation costs.”

“I’d like to thank FirstEnergy Solutions, and especially Tony Alexander, for their quick response to our community’s need,” said Pete Gerken, President of the Board of Lucas County Commissioners. “We’re pleased to have developed this strong relationship with FirstEnergy Solutions, and we look forward to the electric generation savings and economic development support that this relationship provides.”

The Powering Our Communities program locks in long-term discounted generation prices to residential and small commercial customers in these communities. The attractive fixed price for residential customers, which was negotiated through the original agreement, will continue through May 2011. After that time, the discounts will be based on the Price to Compare (PTC), or the generation price customers would have been charged if they purchased electric generation service from their local electric utility. Beginning June 2011, eligible residential customers will receive 6 percent off the PTC and small businesses will get a 4 percent discount off the PTC through May 2017.

FES provides competitive electric generation supply and other energy-related products and services, and is a licensed supplier in Ohio, Pennsylvania, New Jersey, Maryland, Michigan and Illinois. To learn more about FirstEnergy Solutions’ governmental aggregation programs and specifically Powering Our Communities, community officials can call FirstEnergy Solutions’ Governmental Aggregation Program Manager Brenda Fargo at (330) 315-6898 or visit www.fes.com.

FirstEnergy is a diversified energy company headquartered in Akron, Ohio. Its subsidiaries and affiliates are involved in the generation, transmission and distribution of electricity, as well as energy management and other energy-related services. Its generation subsidiaries control more than 14,000 megawatts of capacity.

Established in October 2000, NOAC was formed as a coalition of local governmental entities initially pledged to work together on issues relating to electric deregulation. Since its founding, the Coalition now coordinates efforts on a wide range of utility issues, focusing primarily on electric, natural gas and telecommunications.

SOURCE FirstEnergy Corp.

Forward-Looking Statements: This news release includes forward-looking statements based on information currently available to management. Such statements are subject to certain risks and uncertainties.

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Power of choice for Connecticut Energy Customers

News flash for Connecticut Light & Power customers – you can buy electricity from another supplier and save money. And don’t feel any pangs of disloyalty; CL&P President and Chief Operating Officer Jeffrey Butler told us he is more than happy to see customers go elsewhere for their electricity.

Mr. Butler recognizes that CL&P does not make money selling electricity; it gets its revenues from providing the power grid to distribute electricity. With the exception of municipal utilities such as Groton, Norwich and Jewett City, the CL&P distribution charge is part of every electric bill, no matter who is selling the power.

When Connecticut partially deregulated the industry in 1998, the General Assembly recognized that some consumers would not choose a power company. These non-choosers get their power from the default supplier – CL&P. It passes on the cost of acquiring the electricity directly to consumers, without a profit margin.

For the first decade of deregulation, few suppliers were able to beat this pass-through price, meaning little competition. In the last year or so, however, that has changed. Visitors to www.ctenergyinfo.com will find 16 suppliers who can beat the CL&P price and provide green or greener energy. For the average home, estimated savings run from $3.02 to $18.35 per month.

While most customers still default to CL&P, the market is changing, with 16 percent now opting for an alternative supplier. While it took too long, the arrival of competition is a good development. Unfortunately, even the best prices in Connecticut are high by national standards, putting the state at a competitive disadvantage in attracting industry.

CL&P plans to seek a rate increase for 2011 on that distribution end of the bill. Mr. Butler said the company needs the cash infusion to maintain the grid. We await the details, but fear adding to electric bills could short-circuit economic recovery.

Consumers can’t control that, only state regulators can. But consumers can, and should, choose who they buy power from.

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Energy changes will shock Pennsylvanians!!

The state’s bungled deregulation plan is about to enter an ugly final phase.

Pennsylvania decision-makers’ poor understanding of the electricity industry led them into a big mistake 13 years ago: giving up the state’s authority to control electricity-generation prices. Consumers were promised a competitive retail electricity market that would restrain prices. The warnings that such a market would not develop went unheeded, but they turned out to be correct.

Now Pennsylvania is approaching the end of the purported transition to full deregulation, with electricity monopolies still in place. In the PPL service territory, that will mean a 30 percent rate increase for residential customers in January. Other utilities, such as PECO and FirstEnergy (including Met-Ed and Penelec), will go to full deregulation in January 2011.

Unfortunately, the governor and the General Assembly are essentially ignoring the problems that will accompany full deregulation.

Competition in electricity generation cannot happen, because the profit margin on a kilowatt-hour of electricity is too small. That’s why the regulatory paradigm was created in the first place.

Utilities needed a huge customer base to make any money in this capital-intensive industry. The quid pro quo for their monopoly status was that they would guarantee reliable, affordable electric service. And except for where utilities opted for expensive nuclear power, that was what happened.

The state abandoned many consumer protections when it gave up regulating generation prices. Electricity generators no longer have to build plants or sell power to customers in their service territories, as they did under regulation. This means fewer plants are being built in the state, and it could mean even higher prices. The problem is that a few utilities own all the generation capacity and have no serious competitors, so they can charge whatever the market will bear.

Deregulation proponents keep promising that a market will develop when the rate caps come off over the next year. But we saw what happened when the caps ended in the Duquesne Light service area in 2002: not much. There was a rate decrease due to the sale of Duquesne’s generating plants, but it has been virtually offset by subsequent rate increases. And no new competitors have entered the Duquesne market.

The biggest deregulation mistake was letting utilities sell their generating assets, often to wholly owned, unregulated subsidiaries. That has made it very difficult to mitigate the impact of the coming rate-cap expirations.

However, there are a number of measures state leaders should implement to ease the burden on ratepayers. First, the legislature should pass a law placing any newly built generation capacity under regulatory control. Over time, this would ensure that enough energy is available to meet demand at a reasonable price, forcing unregulated electricity suppliers to lower their prices.

Second, the state Public Utility Commission should open an investigation into costs claimed by the utilities. Before deregulation, utilities said the power plants they had already built would lose money in a competitive market. To get them to support deregulation, the state permitted them to collect $12 billion in “stranded costs” from customers during the transition to deregulation. This figure was supposed to represent the difference between what the utilities spent on their generation assets and their worth on the market.

Now that we know what the actual market price for electricity is, the PUC can determine if those generators were really uncompetitive. It’s likely that an investigation designed to “true up” the cost estimates will find that there were little, if any, stranded costs.

If that’s the outcome, the money should be refunded to ratepayers. A $12 billion refund could help offset rate hikes until other steps are taken to address the long-term consequences of the deregulation fiasco.

By David Hughes

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ConEd Solutions to offer electricity to small biz, residential markets in midstate

New York-based ConEdison Solutions is the latest firm to announce its entry into the midstate energy market as part of deregulation.

The subsidiary of Consolidated Edison Inc. in January will begin offering residential and small-business service in the territory now covered by Allentown-based PPL Corp. That footprint includes the Harrisburg region and Lancaster County, as well as central and northeastern parts of the state.

Consolidated Edison Inc and its subsidiaries serve parts of Pennsylvania, New Jersey and New York. The firm is traded on the New York Stock Exchange under the ticker symbol ED.

ConEdison began offering electricity service to large businesses and industrial customers in PPL territory in October.

Other recent entrants into the midstate energy market have included Direct Energy and Constellation NewEnergy Inc.

By Paula Holzman

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Introducing the Most Efficient Solar Power in the World

It’s taken 25 years, but a new solar-thermal plant in New Mexico has finally broken the old efficiency record.

In 1986 solar panels were literally ripped from the White House roof. But political will and financial incentives have reignited the search for efficient, affordable ways to harness the sun’s energy. Two new solar thermal technologies—which focus sunlight to create heat rather than convert it directly to electricity, as photovoltaics do—promise to make solar power practical at vastly different scales.

The SunCatcher solar thermal system, developed by Tessera Solar and built by Stirling Energy Systems at the Sandia National Laboratories’ National Solar Thermal Test Facility, captures solar energy at 31.25 percent efficiency, the highest ever achieved by this technology. Each of SunCatcher’s 38-foot-wide dishes collects enough heat energy to run a Stirling engine that can then generate 25 kilowatts of electric power. The system will fulfill two of the world’s largest solar contracts, providing a planned 1,600 megawatts to Southern California by 2014. It improved on its predecessor with a new design that makes each dish substantially lighter and cheaper to manufacture.

Meanwhile, a group of recent and current MIT engineering students is working to bring solar thermal to Africa with an off-grid system that operates on a much smaller scale. The team has developed a microgenerator capable of producing 3 kilowatts of electric power plus hundreds of gallons of hot water each day using relatively inexpensive, readily available components such as auto parts. Engineer and cofounder Amy Mueller says that the MIT group’s nonprofit, called STG International, has already set up microgenerators at two locations in Lesotho. A third Lesotho installation is under construction at a medical clinic, where it will provide power for lighting and communications equipment as well as hot water.

by Cyrus Moulton

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Pushing for a greener community

At the New Hope Energy Expo, homeowners learned ways to save energy and reduce their carbon footprint.

While world leaders are meeting in Copenhagen to discuss climate change, local business owners met in New Hope to show off eco-friendly products and learn what others are doing to save energy.

Vendors and homeowners from the region were on hand Sunday for the New Hope Energy Expo, held at the Nevermore Hotel just outside the borough.

The goal was to get people thinking about ways, both large and small, to reduce their carbon footprint and make their homes more energy efficient, which is good not only for the environment, but their wallets as well.

Cost will be a major issue when electricity providers, including PECO and PPL, go through deregulation in the coming year. The state-mandated expiration of electricity rate caps is expected to cause utility bills to skyrocket.

This impending situation was one issue Scott Milne discussed. Milne, who coordinated the expo, is president of Berkley Energy, an energy auditor and home efficiency contractor.

Vendors showcased everything from solar panels to compact fluorescent light bulbs to electric cars. Meanwhile, magician and environmental ventriloquist David Caruth was on hand to entertain the kids and teach them about being green.

As an energy auditor, Milne examines homes to find ways to save energy. Solutions include sealing cracks and leaks, insulating pipes, replacing or repairing old appliances, and installing CFL bulbs.

Milne said if all buildings became 20 percent more efficient, the country could reduce its coal consumption.

“We have to take a holistic approach. It means a bit of a lifestyle change,” said Milne.

Jack Valente attended the expo for information and ideas for his Bedminster home. While he said the smaller improvements, such as lighting and fans, are easily implemented, larger projects, such as solar panels and geothermal power, are just too expensive right now.

“Maybe down the road when the technology gets better and cheaper,” said Valente.

Homeowners who install green products may be eligible for a federal tax credit.

Vendors at the expo demonstrated a variety of different eco-friendly products geared for all corners of a home.

Gerry Maurer of Liquid Stone Concrete Designs in Lahaska poured a cup of water onto a cylinder of pervious concrete to demonstrate the paving material. The water seeped into the concrete and dripped out the bottom.

This porous concrete is considered environmentally friendly since it allows rain and other moisture to seep into the ground and recharge the groundwater supply, reducing runoff and flooding. It can also filter out oil and other pollutants.

The only drawback, admits Elizabeth Maurer, is the concrete may not be as aesthetically pleasing to some, comparing the porous material’s appearance to Rice Krispies treats.

The Maurers also displayed samples of custom-made concrete countertops, made from recycled materials. One gray countertop even had pieces of oyster shells in it recycled from a local restaurant.

Concrete is more eco-friendly, said Elizabeth Maurer, since granite has to be mined, often overseas, and then shipped.

Not far away, David Anderson was showing off the Solatube Daylighting System, which creates a skylight designed to bring natural sunlight to dark, interior rooms, cutting down on the need to use electric lighting.

A long, reflective tube runs through the unseen interior spaces of a home. On one end is a dome, which sits on the roof and captures the light. At the other end of the tube, which penetrates the ceiling of a room, is a diffuser to spread the light.

Anderson, who works for Solar Reflections Inc. in Chalfont, says the company has installed many Solatubes in 55-plus communities, since residents were accustomed to a lot of natural light in their old homes. Newer homes do not have as many windows, he said.

Bucks County Courier Times

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With California’s energy deregulation fiasco still fresh in minds, the warnings are troubling.

 

FOR THE NEXT six weeks local politics will be dominated by the Marin Energy Authority. That’s the joint powers agency assembling a program allowing county government and eight participating towns to assume PG&E’s role of purchasing electric power.

Novato, Larkspur and Corte Madera have voted not to participate.

The plan calls for MEA to initially purchase renewable energy (nuclear or hydro doesn’t qualify) from existing providers. They would do it in such bulk that the mix delivered to home-owners will be more renewable than what PG&E’s currently delivers at a cost the same or slightly higher than at present. Everyone in unincorporated Marin and the eight participating cities will be MEA customers unless they affirmatively opt out.

Stripped to its basics, MEA is an effort to address state legislation mandating a 20 percent reduction of California’s greenhouse gas emissions by 2020. That’s a huge and expensive hurdle. Major motivation behind MEA is that its implementation satisfies two-thirds of Assembly Bill 32’s Marin compliance requirement.

The agency, chaired by Supervisor Charles McGlashan, is preparing for a final vote in January that will ultimately commit big money to purchase renewable electricity contracts.

Now, as the plan is up for final review, Marin’s civil grand jury issued a blockbuster report, “Marin Clean Energy: Pull The Plug.”

Its 26-page analysis advocates abandoning the complex concept. It concludes that MEA is based on over-optimistic assumptions and that governments and ratepayers will incur major financial exposure if things go wrong. With California’s energy deregulation fiasco still fresh in minds, the warnings are troubling.

One of Marin’s most credible Marin watchdogs is the grand jury and its tough-love report can’t be blown off. That’s not to say it can’t be rebutted, but MEA’s initial response was cursory and didn’t do the job.

The agency also faces understandable criticism that during its first few years the agency will not produce or even buy any new clean energy. That’s because the agency’s contractor will just purchase existing green electricity. If MEA didn’t buy that power, someone else would. Remember, electricity is fungible. In the real world a household that contracts for 100 percent clean energy gets precisely the same juice as their neighbor who opts out of the program. The improvement is that the overall mix is greener.

Proponents reply that long-term, MEA will indirectly encourage additional renewable energy production by sparking increased market demand.

Incongruously, the apparent winner of the competition to provide that clean green power is the American subsidiary of the epitome of “Big Oil,” Royal Dutch Shell, a fact troubling to environmental purists.

Before MEA is plugged in or out, the agency must explain why Marin is the only one of California’s 58 counties to address AB 32 compliance by entering the energy business. What alternatives are other counties pursuing?

The energy board needs a more thoughtful reply to the grand jury’s analysis, including whatever hard data is behind currently vague denials.

Don’t be green Pollyannas. Tell Marinites the worst-case scenario – something never done when Sacramento bungled energy deregulation.

PG&E must also stand up straight. It claims a willingness to provide alternatives, but ratepayers hear blather. To be taken seriously, PG&E must promptly provide specific green alternatives that meet AB’s 32 tough but necessary requirements.

By Dick Spotswood

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Texas’ retail electric rates significantly higher than neighboring states’

Critics of Texas’ deregulated electricity market often raise this question: Why are the state’s retail electric rates so much higher than those in neighboring Louisiana, Oklahoma, Arkansas and New Mexico, which all rely on traditional rate regulation by public commissions?

The primary reason for Texas’ higher rates “is deregulation,” insists Tom “Smitty” Smith, Texas director of Public Citizen, an environmental and consumer watchdog organization. “The ultimate problem is that the market is designed to maximize profits for the power companies, and it’s costing consumers more money,” he said.

John Johnson III of Arlington, a small-business owner who has analyzed Texas’ deregulated system, contends the Lone Star State’s rates are higher because of rules governing the wholesale power market overseen by the Electric Reliability Council of Texas, the operator of the power grid for a huge area that encompasses most of Texas’ population and electricity demand.

Johnson hews to a view he expressed in a 2008 op-ed article published in the Star-Telegram. He complained that the ERCOT wholesale market “pays all electricity generators the marginal — or highest — price for electricity regardless of how much it costs to generate. Three-cent [per kilowatt hour] electricity from coal and nuclear power plants gets sold for natural gas prices — 9 cents.”

As a result, “electricity generators are big winners,” but “consumers are the big losers,” he wrote.

Deregulation supporters, however, say the wholesale market is competitive and note that retail electric providers now offer an array of attractively priced variable-rate and fixed-rate plans.

On Friday, there were 14 plans offered at 8 to 8.9 cents per kilowatt-hour, 30 plans at 9 to 9.9 cents and 37 at 10 to 10.9 cents on www.powertochoose.org, overseen by the Texas Public Utility Commission. There were 51 more plans priced at 11 to 14.2 cents.

Rates have plunged sharply since mid-2008 as a result of a steep decline in prices for natural gas, which is burned to generate much of the electricity produced in Texas and heavily influences power prices during peak consumption periods.

Texas rates higher

Nevertheless, U.S. Energy Information Administration figures for August, the most recent month for which nationwide data are available, show that Texas’ average residential electric rate was 12.43 cents per kilowatt-hour, far higher than the averages for neighboring states.

Texas’ 12.43-cent rate ranked 34th among the states (ranked lowest to highest, with West Virginia the lowest, at 7.92 cents, and Hawaii the highest, at 25.13 cents). Texas’ average was higher than the national residential average of 12.05 cents in August. The state had lower-than-average rates before initiating deregulation in 2002.

Texas’ overall average electric rate in August — a figure that includes residential, commercial and industrial rates — was 10.19 cents per kwh, placing it an unimpressive 33rd, but slightly below the U.S. average overall rate of 10.40 cents. Texas’ overall rate was far higher than its neighbors as well.

Deregulation providing choice

John Fainter, CEO of the Association of Electric Companies of Texas, said deregulation is giving consumers the right to choose their retail electric provider and tailored rate plans that meet their particular wants and needs. An industry survey shows that, as of June 30, more than 2.5 million electricity customers, or 46 percent of the more than 5.5 million customers with access to Texas’ deregulated market, had switched away from their historical “legacy” electricity provider.

About 35 percent more, or nearly 2 million, had chosen a specific rate plan with their legacy provider. That means more than 80 percent have exercised a choice as a result of deregulation, Fainter said.

Star-Telegram conversations with numerous electricity consumers this year indicate, however, that many persons in deregulated markets are still paying considerably higher rates than necessary. Some routinely pay electric bills without even knowing their rates. Some consumers, especially senior citizens, lack basic computer skills necessary to examine rate offers on powertochoose.com. Others switched to fixed-rate plans with terms of two to three years in summer or early fall 2008, when rates were higher, and are now reluctant to switch to a lower-cost plan because they could face cancellation fees of $200 to $350.

Some consumers acknowledge not making any effort to shop for better rates, either because they find it too much trouble or simply abhor dealing with change.

“There are still some people using black rotary dial telephones,” Fainter said.

Heavy power investments

Deregulation supporters also note that fast-growing Texas has pumped huge sums of money into added generation and transmission capacity, far more than its smaller, slower-growing neighbors.

Texas’ population mushroomed by 16.7 percent, to 24.3 million, from Apri1 1, 2000, to July 1, 2008 — more than double the national growth rate. New Mexico gained 9.1 percent; Arkansas, 6.8 percent; and Oklahoma, 5.6 percent. Hurricane-battered Louisiana lost 1.3 percent.

Since 1999, more than 41,000 megawatts of generation capacity, costing $36.5 billion, and more than 6,000 miles of transmission lines, costing $5.8 billion, have been added in Texas, the electric companies group said. In addition, about $8 billion more is forecast to be spent on transmission lines during the next four years, with $5 billion devoted to building big, high-voltage lines carrying wind power from West Texas to Dallas-Fort Worth and other population centers.

Texas’ heavy investment in new power facilities is “definitely” a factor in raising its electricity rates, said Tyler Hodge, an economist who analyzes power markets for the Energy Information Administration.

Natural gas a factor

Texas has higher rates in part because of its heavy reliance on natural gas as a power-generation fuel, especially during peak consumption periods such as hot summer days when wholesale electricity rates tend to rise.

Gas-fired generation generally poses significantly higher fuel costs than coal or nuclear power. Federal data for January through October of this year show that Texas generated 44.3 percent of its power using natural gas, almost double the national average of 23.2 percent and considerably higher than neighboring Louisiana (34.6 percent), Arkansas (23.0) and New Mexico (22.6), but less than Oklahoma (48.8).

New Mexico had the highest percentage of electricity generated from coal (72.7). Other coal percentages were Oklahoma (44.4), Arkansas (42.3), Texas (37.4) and Louisiana (33.2).

Louisiana and Arkansas had by far the biggest nuclear generation percentages (27.9 and 27.0, respectively), while Texas was at 11.9 percent.

Grid isolation issue

Bernard Weinstein, associate director of the Maguire Energy Institute at Southern Methodist University in Dallas, said Texas’ extensive use of gas-fired power plants contributes to the state having higher electric rates. But “the other main factor is that we’re not hooked into the national [electric power] grid,” other than some “minor interconnects,” he said.

“Because of that we have to maintain a lot more excess capacity to meet peak demand” in the summer, Weinstein said. “Most of the time we have a lot of capacity sitting idle.”

If Texas were linked with the national grid, “theoretically, we could be selling power to other parts of the country” during low demand periods, he said, while “in the summer we could be buying power and we wouldn’t need as much excess capacity. In the winter, our utilities could be making money by selling power to the grid.”

Andrew Tevington, deputy director of the Public Utility Division of the Oklahoma Corporation Commission, expressed similar sentiments.

“The big problem you’ve got [in Texas] is that it’s so isolated from the rest of the country,” he said. If ERCOT were fully linked to the national grid, Texas “could shop elsewhere for lower electric rates.”

Tevington also cited Texas’ deregulated market as a contributor to higher rates. “If you look around the country, to where states have gone to unregulated electricity markets, they are paying higher prices.  . . . I think that’s because the so-called free market has not become efficient in controlling prices for that commodity,” he said.

Deregulated markets require consumers to become more sophisticated about assessing retail electric rates, but many “don’t keep up with it,” Tevington said.

Fainter said however, that the electric companies group would be “very opposed” to hooking Texas up to the national grid, not only because of the considerable expense of building interconnections with other states, but also because it would put ERCOT under the jurisdiction of the Federal Energy Regulatory Commission.

“We feel the benefits of not having to deal with FERC are tremendous,” he said, including a relatively streamlined state regulatory process for launching capital projects such as building new power plants or transmission lines.

Neighbors’ rates low

Texas’ electric rates compare especially unfavorably with its neighbors, in part because they generally have lower rates than most of the nation.

Louisiana has the fifth-lowest overall rate and second-lowest residential rate among the 50 states, while Oklahoma has the 13th-lowest overall rate and sixth-lowest residential rate. Arkansas is 15th in overall rate and 16th in residential, while New Mexico is 22nd overall and 26th in residential.

Texas’ deregulation critics often zero in on the spot wholesale market overseen by ERCOT. Because electricity cannot be economically stored, ERCOT — as well as grid operators elsewhere in the country — must continually balance supply and demand through the so-called “balancing energy market.” Power generators submit bids at 15-minute intervals, saying how much electricity they are willing to sell and at what price.

ERCOT begins by taking the lowest bids and goes to higher bids until there is enough power purchased to meet demand. All the generators whose bids are accepted are paid the so-called market clearing price, the price of the last, highest bid accepted to meet demand.

Tim Morstad, associate state director of the Texas AARP, said the system allows power generators “to sell their power on the wholesale market for much more than it costs them to generate it.”

Wholesale prices fall

In 2008, when natural gas prices skyrocketed and Texas’ transmission system experienced major congestion problems that caused price spikes for wholesale electricity, the average ERCOT wholesale price was $65.64 per megawatt-hour. That was well above the average of $53.21 in the Southwest Power Pool, a regional transmission organization that serves seven states plus portions of Texas outside ERCOT, or $48.04 for the Midwest Independent Transmission System Operator, which oversees high-voltage transmission lines in the Midwest, according to Dan Jones of Potomac Economics. Jones is the Texas Public Utility Commission’s designated independent market monitor of ERCOT.

While ERCOT wholesale rates were high in much of 2008, they began declining along with natural gas prices in the fall of that year and have continued at lower levels. In October, the average ERCOT wholesale price was $28.74 per megawatt hour, compared with $29.91 in the Southwest Power Pool and $27.81 in the Midwest system, Jones said.

Jones said Potomac Economics has concluded that Texas has a competitive wholesale power market. He defended the market clearing price function of the ERCOT system, saying that it results in a more-efficient dispatch of electric power. Further improvements in ERCOT operation of the power grid next year should make the system more efficient, he said.

‘The cheapest way’

Smith, of Public Citizen, said Texas should “re-regulate the electric utility industry.” But he added that “the cheapest way to provide for our growing needs for electricity is through energy efficiency.

“On average, you could save 20 to 30 percent of the energy consumed in the home or office at a fraction of the cost of buying electricity in the market,” he said.

Johnson, the Arlington man who has persistently criticized Texas’ deregulated market, forecasts that electricity consumers can expect another painful jolt to their wallets in the future because of how the balancing energy market awards the highest “market clearing price” to all the successful bidders.

“When the price of natural gas goes up again, and we all know it will,” the market clearing price mechanism “will once again become a massive weapon which the large generating companies will use in another billion-dollar heist,” Johnson warned.


Where the power comes from

State Natural gas Coal Nuclear Renewable Hydroelectric Petroleum
Texas 44.3% 37.4% 11.9% 4.9% n/a n/a
Louisiana 34.6% 33.2% 27.9% n/a 1.9% 1.9%
Oklahoma 48.8% 44.4% n/a 2.8% 4.1% n/a
New Mexico 22.6% 72.7% n/a 3.8% n/a n/a
Arkansas 23.0% 42.3% 27.0% n/a 7.0% n/a

*Data is for January-August 2009 and excludes power sources of less than 1 percent

Source: U.S. Energy Information Administration


Electric rates are bigger in Texas
Average rates, in cents per kilowatt-hour for August, the latest month for which national data were available.

State Residential Commercial Industrial Overall
Texas 12.43 9.66 6.60 10.19
Louisiana 8.12 7.47 4.81 6.99
Oklahoma 8.59 7.75 5.75 7.71
Arkansas 9.87 7.96 6.23 8.21
New Mexico 11.01 8.90 5.74 8.75
U.S. 12.05 10.6 7.17 10.40
Source: U.S. Energy Information Administration

JACK Z. SMITH, 817-390-7724

 

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You can make a bright decision

LIKE A BLAST from the past, the full impact of then-Gov. Tom Ridge’s 1996 legislation that opened the electric industry to competition is now hitting Northeastern Pennsylvania.

As of Jan. 1, 2010, customers of PPL, our region’s dominant power provider, will have the opportunity to shop for an electricity supplier.

This means that utilities independent of PPL can produce the electricity you use in your home and charge different rates at different times of the day.

PPL will still deliver electricity to your home or business, service the lines and do the billing. These functions are what the industry calls “transmission” and “distribution” services.

Why is this important?

For starters, according to PPL, its residential customers’ electric bills are expected to rise about 30 percent in January. But one can reduce this increase by selecting a supplier that offers a better generation price than PPL.

In fact, PPL in its latest customer mailing notes that one supplier will shave off 10 percent of the generation costs for a year.

Deregulation of any utility that offers the customers choices also requires consumers to be knowledgeable to get the best deal.

We encourage our readers to investigate today to keep costs down next year. In a box accompanying this editorial are phone numbers and Web sites to aid your search.

Two key factors for residential customers are what power companies call the “price per kilowatt hour” (kwh) and whether suppliers have “off-peak prices.” That means if you’re willing to use more power during periods of low demand, you might get a discount. For example, if you tend to use appliances such as washers and dryers at night or in the early morning hours, a supplier that offers discounted power during off-peak periods might be for you.

Or if you are a proponent of wind energy, you might want to sign on with a company that generates power through wind farms.

Giving electricity providers the opportunity to compete ultimately will rein in energy costs.

But it’s up to us to be savvy consumers by approaching the topic sensibly and shrewdly.