Tuesday, September 28, 2010

Senate introduces stand alone renewable energy standard bill

From ELP.com:

Washington, D.C., September 23, 2010 — Following the failure of previous energy legislation in Congress, a bipartisan group of six Senators introduced a bill to establish a federal renewable energy standard.

Sens. Jeff Bingaman (D-N.M.), Sam Brownback (R-Kan.), Byron Dorgan (D-N.D.), Susan Collins (R-Maine), Tom Udall (D-N.M.), and Mark Udall (D-Colo.) introduced the Renewable Electricity Promotion Act.

The proposed legislation would install a renewable portfolio standard (or renewable electricity standard, in D.C. parlance) requiring states to generate at least 15 percent of their electricity from renewable sources by 2021.

Electricity retailers that sell fewer than 4 million MWh are exempted from the bill's standard. Qualifying generation technologies under the bill are wind, solar, ocean, geothermal, biomass, landfill gas, waste-to-energy, hydrokinetic and new hydropower at existing dams.

There are currently 36 states in the Union that already have some form of renewable portfolio standard, alternative energy portfolio standard or renewable energy goal, according to the Pew Center on Global Climate Change.

These “patchwork” state-level standards vary widely in their target dates, generation targets and technologies that count toward the goal.

North Carolina’s RPS, for example, requires a 12.5 percent renewable energy standard by 2021, and allows solar power, wind power, hydropower, geothermal energy, wave and tidal energy, biomass and energy efficiency.

New York’s RPS has the goal of 25 percent renewable generation by 2013, and allows biomass, biofuel, hydro, solar, ocean, wave, tidal and wind.

States that lack renewable energy plans are Idaho, Wyoming, Nebraska, Oklahoma, Arkansas, Louisiana, Mississippi, Alabama, Georgia, South Carolina, Tennessee, Kentucky, Indiana and Alaska.

Early critics of the Senate legislation point out that the targets set by the act are actually lower than the amount of non-hydro renewable electricity already being generated today.

These sources increased 13 percent during the first six months of 2010 over the amount generated during the first half of 2009, according to the Energy Information Administration.

Wind-generated electricity increased by 21.4 percent; electricity from solar thermal and photovoltaics rose by 16.4 percent; wood & other forms of biomass rose by 4.5 percent; and geothermal output increased by 0.8 percent.

Efforts by Democrats to push forward the Senate’s major climate change bill, which included a cap-and-trade mechanism to lower carbon dioxide emissions, stalled in mid-July after the bill failed to attract Republican support.

Majority Leader Harry Reid (D-Nev.) introduced more modest legislation without a federal RPS or cap and trade in the Senate in late July. However this bill also failed to attract the bipartisan support needed to move it forward.

President Barack Obama, who set his goal as a candidate on a federal RPS of 25 percent by 2025, has instructed the Environmental Protection Agency to regulate carbon dioxide directly if no legislative fix is possible. In response, the EPA has issued rules requiring power plants to obtain permits for their carbon dioxide emissions.

Advice When Choosing A Roofer

The following post contains some really great information from the Better Business Bureau about the importance of choosing a roofing company that is fully insured. It is very expensive for roofing companies to stay in business right now with the high costs associated with keeping insurance. Many will let their insurance lapse to save a few bucks so be sure to ask your roofer to provide up to date proof of insurance.

From the Better Business Bureau:

Industry Tips

General Advice When Choosing a Roofer

General Advice When Choosing a Roofer

A legitimate roofing company should be able to provide the following:
* Local references and roofing testimonials
* Business License
* Roofing credentials
* Workers compensation insurance
* General liability insurance
* Written manufacturer warranties
* Deal only with licensed and insured contractors. Verify the track record of any roofer, builder or contractor you're thinking of hiring. Ask for a list of recent customers and call them.
* Get recommendations from friends, relatives, neighbors, co-workers, insurance agents or claims adjusters. Also check with your local BBB and Home Builders Association to see if complaints have been lodged against any contractor you're considering.
* Take your time about signing a contract. Get a written estimate that includes any oral promises the contractor made. But remember to ask if there's a charge for an estimate before allowing anyone into your home. Ask for explanations for price variations, and don't automatically choose the lowest bidder. Get a copy of the final, signed contract before the job begins.
* Resist dealing with any contractor who asks you to pay for the entire job up-front. A deposit of one-third of the total price is standard procedure. Pay only by check or credit card - and pay the final amount only after the work is completed to your satisfaction. Don't pay cash.
* Be skeptical of contractors who encourage you to spend a lot of money on temporary repairs. Make sure there's enough money for permanent repairs.
* Ask a knowledgeable friend, relative or attorney to review a home repair contract before you sign. If you get a loan to pay for the work, be cautious about using your home as security: If you don't repay the loan as agreed, you could lose your home. Consider asking an attorney to review the loan documents, as well.
* Be careful of any company that uses door-to-door sales or leaves a flier on your doorknob or in your mailbox, promising insurance compensation for repairs.
* Phrases to watch out for: "insurance companies are compensating" and "most homeowners are unaware of the storm damage on their roof."
* Make sure to get verification of a hailstorm in your neighborhood. The National Weather Service or your neighbors are good independent sources.
* If there was a storm, find out how large the hailstones were. It usually takes hail at least 1¼ inches in diameter to cause damage, with golf ball size or larger causing serious damage.
* The homeowner should be aware of which way the storm was moving. Many Georgia homes have roofs with various angles or pitches, which means that the angles facing the storm would receive the most damage.
* Hail damage is random. Unscrupulous repair companies may use a teaspoon, small rocks or hammers to fabricate damage.


After a storm:

* Do not be rushed into signing a contract with a particular company. Get business cards and ask for written estimates for the work.

* Beware of a company that puts emphasis on how the homeowner can get a new roof paid for by the insurance company.

* Talk to your insurance agent and ask for advice on how to proceed in getting repairs made. Keep receipts for temporary repairs.

* Investigate the track record of any roofer or contractor you consider hiring. Look for companies with a good reputation in your community. Call your Better Business Bureau for help, get references and do not give anyone a deposit until you are sure they are reputable.

We at Energy Roofing Systems are proud to announce we have an A- rating with the BBB! We will happily provide a free estimate on a new, energy efficient metal roof for your home as well as references from previous customers.

Tuesday, September 21, 2010

Walmart To Go Solar Again

From Brighterenergy.org:

Retail giant Walmart is expanding its renewable energy deployments with plans to install clean energy facilities at 20 to 30 sites in California and Arizona.

The company revealed yesterday that most of the sites would feature thin-film solar photovoltaic technology.

The installations should provide 20-30% of the energy needs for each location, with the whole program expected to generate up to 22.5 million kilowatt-hours of power each year, enough electricity for more than 1,750 homes.

Kim Saylors-Laster, Walmart vice president of energy, said Walmart could leverage its global scale to lower its expenses in becoming more energy efficient, while helping develop new markets for renewable energy technology.

“Developing and incorporating new renewable energy sources, like thin film, reduces energy price risk and aligns very well with our commitment to solving business challenges through technology,” said Ms Saylors-Laster.

Walmart already has 31 solar installations at its locations in California and Hawaii.

Technology

The new projects are set to make use of both copper indium gallium selenide (CIGS) thin-film solar panels or cadmium telluride thin film technology.

California firm SolarCity will design, install, own and maintain the new solar power systems, after winning through a Request For Proposals process, on which green group Environmental Defense Fund assisted Walmart.

“Thanks in part to the economies of scale created by pioneers like Walmart, it’s now possible for many American businesses and homeowners to adopt solar power and pay less than they currently pay for electricity from polluting sources,” said Lyndon Rive, SolarCity’s CEO.

“This project was made possible in part by financing from PG&E Corporation and National Bank of Arizona, as well as incentives from the APS Renewable Energy Incentive Program and the California Solar Initiative.”

This is great news for the solar industry! With a giant company like Walmart leading the way, a business known best for efficiency and low costs, one can imagine that other companies will begin to follow suit.

Fossil Fuels Get 12x More Subsidies Than Renewable Energy

From SolarFeeds.com:

In a shocking revelation, a Bloomberg report uncovered that fossil fuels get 12 times more subsidies than renewable energy globally. It’s pretty disturbing, right? As a solar installer, I’m exposed to a lot of opinions on solar power and on the renewable industry as a whole. There are many people out there who think that solar incentives are careless, unethical, and just plain foolish. In their opinion, why should we prop up an industry that has to rely on subsidies to compete when we have affordable fuel sources like oil, gas, and coal? Maybe their opinions may change when they find out that these “affordable fuel sources” require 12 times the subsidies to get to that price.

In 2008, Bloomberg identified that fossil fuels received $557 billion in subsidies worldwide compared to between $43 and $46 billion for renewables. I think the world would be a much different place, both politically and socially, if all the incentives from fossil fuels were shifted to renewable forms of energy, like wind and solar power.

Although each country has to do its part toward the collective goal, it’s time that we turn the tide toward renewable energy in the United States. We have an addiction to fossil fuels that threatens our national and economic security. Within our country, we have let more than $1 billion flow to foreign countries to finance our oil needs. This is money that sometimes goes to enemies who pose a threat to our country. There has been a lot of talk about making the commitment towards sustainable energy and not enough action—a commitment that will make us self-sustaining and stronger as a nation. We can each do our part by incorporating more energy efficient practices into daily life and using more renewable energy like solar.

Monday, September 20, 2010

Bright New Surface Highlights Restoration of University of Georgia’s Stegeman Coliseum Roof

From Arkema:

Stegeman Coliseum is the home of the University of Georgia basketball and gymnastics teams. It is also a landmark on the Athens, Georgia campus because of its dome-shaped roof. Recently, the white 130,000-square-foot roof was dulling as a result of airborne pollutants that were embedding in the roof.

To help solve the problem, university officials brought in Patrick L. Downey, president of Merik, Inc., a roofing consulting firm based in Marietta, GA. According to Downey, the principal problem was a breakdown of the existing acrylic coating, along with dirt and mildew build up and minor chalking.

Desired Longer Service Life
When it came to the selection of a coating system for the roof, Downey said the primary concern was a desire for a longer service life. The acrylic coatings that had been applied during previous restorations were expected to last five to seven years, but began deteriorating after only two to three years.

“Good compatibility between the new coating and the existing coating was also important,” he adds. “So, as part of our due diligence, we conducted adhesion tests on the roof using a number of coatings that incorporated new water-based technology.”

Selected as the topcoat was ReflectiClean? coating from ER Systems, a single component, waterborne elastomeric coating that offers excellent color retention and fade resistance as well as a 15-year warranty.

Would Use New Coating Again
The coating is based on Kynar Aquatec®, a new water-based, low-VOC PVDF fluoropolymer technology developed by Arkema Inc. to deliver the same durability and performance as Kynar 500® PVDF resin-based coatings.

However, rather than requiring high temperature factory baking, coatings based on Kynar Aquatec® cure at ambient temperatures, meaning they can be field applied to a variety of substrates, including metal, PVC, SPF, concrete and wood, and as a finish coat over acrylic basecoats.

“This was our first experience with this coating, and found it to be an acceptable option for future work. We would have no hesitation using it again, especially in projects that require a high end coating system,” Downey states.

New Topcoat Easy to Apply
Restoration of the roof was handled by M. Jordan Roofing of Manchester, GA. Mike Hughes, Jordan Roofing’s project manager, reports that this was his first major use of the new topcoat. “We had applied the coating before, but only in small areas and primarily over painted metal roofs. This is the first time we applied it onto such a large area.”

While he notes that this was his first experience with the coating, it will probably not be his last. “From an applicator’s point of view, I would use this coating again because it was so easy to work with. It mixed well and sprayed well. Plus, there were no problems with viscosity. It was very consistent.”

About Arkema
A world-class chemical concern, Arkema combines three strategically related, integrated businesses: Vinyl Products, Industrial Chemicals and Performance Products. With operations in more than 40 countries and 15,200 employees, the company reported revenue of €5.7 billion. Leveraging six research centers in France, the United States and Japan and internationally recognized brands, Arkema holds leadership positions in each of its principal markets.

Arkema is present in the United States through its affiliate Arkema Inc., headquartered in Philadelphia, PA. Arkema Inc. employs 2,500 people, operates 16 production facilities, and accounts for 25% of global revenues.

www.kynaraquatec.com
www.arkema-inc.com
www.arkema.com

Kynar 500® and Kynar Aquatec® are registered trademarks of Arkema Inc.

Kohl’s to roll out solar systems for Pennsylvania stores

From BrighterEnergy.org:

Kohl’s Department Stores is expanding its solar program into Pennsylvania, it revealed last week as it activated its 100th solar array.

The company currently has solar panels at select stores and warehouses in California, Wisconsin, Connecticut, Maryland, Oregon and Colorado, as well as New Jersey, where its latest project has been completed in Mays Landing.

The construction of solar arrays on the rooftops of seven Pennsylvania stores began last month, and is expected to be completed by March 2011.

The locations include Royersford, Hanover, Mechanicsburg, Warminster, Granite Run, Bensalem and North Huntingdon, PA.

On average, each project will comprise 1,400 panels and have the ability to provide nearly half of each store’s electricity supplies – the equivalent of enough power for 36 homes.

Along with the Mays Landing project, the eight locations are set to provide more than 2.3 megawatts of generating capacity.

Kohl’s said solar power was an “integral” part of its energy management effort and its goal to be carbon neutral by the end of 2010.

After the retailer’s 100th solar array was activated earlier this month, Kohl’s executive vice president of store planning and logistics Ken Bonning said his company was achieving “meaningful results”.

The company believes its energy management efforts have already saved it $50 million in electricity costs, with a 20% improvement in efficiency.

Mr Bonning said: “Our 100 solar locations, commitment to build 73 Leadership in Energy and Environmental Design (LEED)-certified locations and 500 ENERGY STAR stores demonstrate our ongoing commitment to sustainability with meaningful results.

“We will continue to strive toward advancing environmental solutions that will lead to a cleaner, healthier environment for our communities and ensure we are doing business in a way that makes sense for our associates and customers.”

Kohl’s, which has its HQ in Menomonee Falls, Wisconsin, operates 1,089 stores in 49 states, launched its first solar project in Laguna Niguel, California, in September 2007.

Some 63 of its 80 California stores now have solar arrays, generating 25MW of power.

Friday, September 17, 2010

Thursday, September 16, 2010

Take advantage of energy efficient tax credits before they expire

From AltEnergyMag:

Visit http://www.energyroofingsystems.net for further information

Home energy efficiency upgrades are eligible for a $1500 dollar federal tax credit until December 2010. Qualified roof products must reflect the sun’s rays away from the house, thereby lowering roof surface temperatures and decreasing the total amount of heat transferred into your home.

Conventional asphalt/shingle roofing offers no reflectivity or heat protection and therefore is not normally awarded an Energy Star seal or tax credit eligibility.

Cool metal roofing, on the other hand, comes in a variety of colors that all meet EPA standards for Energy Star certification.

Home energy efficiency upgrades are eligible for a $1500 dollar federal tax credit until December 2010. Qualified roof products must reflect the sun’s rays away from the house, thereby lowering roof surface temperatures and decreasing the total amount of heat transferred into your home.

Reflectivity as high as 90% can be achieved with Kynar coated metal roofing.
Energy Roofing Systems carries a unique product package of Energy Star rated, tax credit eligible cool metal roofing along with solar panel technology (http://www.energyroofingsystems.net/7.html). They offer both thermal and photovoltaic solar options.

There are tax credits available for purchasing solar energy systems. The federal tax credit is 30% of the cost, up to $500 per .5kW of power capacity. The state tax credit in Georgia is 35% of the cost, up to $10,500.

Additionally, Georgia Power and other utility companies are offering solar buyback programs to purchase solar energy generated from homeowners at a premium of 17 cents per kW up to an aggregate capacity of 1 MW. Information on solar incentives in Georgia can be found at http://www.energyroofingsystems.net/39.html .

By combining energy efficient metal roofing with solar technology, homeowners can expect energy savings in the range of 55-70%!

Friday, September 10, 2010

Vogtle's man at the scene, eyeing costs of new reactors

From AJC.com:

Four months from now, when customers start paying in advance for Georgia Power’s Vogtle nuclear construction project near Augusta, they might want to wish a man named Bill Jacobs some luck.

A Marietta nuclear engineer, Jacobs stands between ratepayers and the kind of epic cost overruns that characterized Georgia Power’s last nuclear venture.

The stakes are high. Most electric customers in the state -- including those of most co-ops and cities -- will pay what's estimated to be the $14 billion cost of building the two new reactors. But if the project goes as far over budget as the original Vogtle nuclear reactors did in the 1980s, that cost would soar over $160 billion -- or more than 10 times this year's Georgia state budget.

Acting as the ratepayers' eyes and ears during the projected six to seven years it takes to build the reactors, Jacobs is just part of what's different as Georgia Power builds nuclear again.

In a kind of mating dance of tarantulas, Georgia Power grudgingly granted Jacobs unprecedented access to its project in exchange for an oversight regime that may cut its own risk of losing money again for shareholders. Hired by the state Public Service Commission with Georgia Power money, Jacobs is the man on point, monitoring construction. He's in the room when the utility haggles with its builders and he reports problems to PSC staff as they happen. He functions as an early warning system, giving regulators a way to affect project costs in real time.

The five-man commission can overrule both Jacobs and PSC staff -- and, in fact, it has.

But at least this time, somebody is paying attention along the way.

A pricey lesson

The staggering cost overruns at the original plant Vogtle are the reason Jacobs' job exists.

Named after Southern Co.'s then-CEO, Vogtle was one of the most expensive generation plants ever built in the U.S. when it was finished in 1987. Even now, the industry jokes that no nuclear plant will ever be named for a utility CEO again, because of the awkwardness of pulling out if things go wrong.

Things went wrong at Vogtle. The project busted its seven-year deadline by nine years and its $660 million budget by more than $8 billion -- a whopping 1,263 percent. Georgia Power sold half of the plant to the state's co-ops and municipal power companies in order to finish.

State regulators described Vogtle's problems in a 138-page order. Safety requirements after the 1979 Three Mile Island accident, “rising interest rates and inflation and stagnant demand substantially changed the economics of construction nuclear plants from that which had existed previously.”

Mismanagement also caused "serious impacts on the Plant Vogtle project schedule and cost," the PSC said, citing poor quality controls and an out-of-control surge in labor costs. By 1986, 13,896 workers were on site, the PSC wrote: “This was, and is by far, the largest work force reported in the nuclear industry in the United States."

But there had been little cause to scrimp. The plant was built on a cost-plus basis. Contractors earned what they spent, plus a profit, with ratepayers expected to pick up the cost.

The PSC sat by helplessly. They could weigh in only when the plant was done and the utility asked to charge ratepayers for it.

In the end, the PSC ruled that customers could be charged about $7 billion of Vogtle's cost and the typical household power bill went up by 12.3 percent.

But the PSC also ruled that nearly $1 billion of the construction cost couldn't be passed on to ratepayers. It came out of Georgia Power's profits, in a scenario the company never wants to repeat.

It would be almost two decades before Georgia Power mentioned nuclear construction again.

A tighter rein

The utility now plans two new reactors at Vogtle and says their low operating costs will balance the high construction cost long term.

Jacobs' watchdog role is one of a number of changes intended to keep the new Vogtle project in check. Georgia Power is using a fixed price contract, for instance, instead of a cost-plus one. The builders wil get a negotiated amount, with a negotiated inflation allowance, regardless of what they spend.

Regulators also review and approve costs twice a year, based on Jacobs' reports, instead of waiting until the project is done. That cuts the company's risk that the PSC will disallow passing on big portions of its costs to ratepayers and it's what Georgia Power gets in return for Jacobs' seat at the table.

Jacobs is a natural for the job.

He received a doctorate in nuclear engineering in 1971, and has been in the nuclear power business since.

In the 1970s and early '80s, Jacobs worked as an engineer on reactor construction in three U.S. states, then in South Korea, Yugoslavia, Slovenia and the Philippines.

He returned home in 1985, a Westinghouse employee on loan to the Institute for Nuclear Power Operations, an industry self-policing group in Cobb County, where he advised utilities on proper reactor policies. The next year, he joined a start-up Marietta consulting group, GDS Associates, where he works today, testifying on nuclear issues across the country and helping utility regulators scrutinize costs.

Today, Jacobs monitors Vogtle and two reactor projects in Florida. He's one of a handful of U.S. engineers with two generations of nuclear plants on his resume. "If there are more out there other than Bill and me, they're a lot grayer and a lot balder," said Jacobs' fellow monitor Mark Crisp, who is watching a South Carolina nuclear project.

Crisp, of C.H. Guernsey & Co. in Atlanta, said Jacobs is "going to be fair and he's not going to be sensational. He's complete. He's thorough, and he's not averse to going that extra mile, to explore when he thinks something needs to be looked at in more depth."

"It may turn out to be nothing," Crisp said, "but he's going to turn over that rock."

Already, Jacobs has had to fight for access. Reactor designer Westinghouse still won't let him into its meetings with the Nuclear Regulatory Commission. And Georgia Power initially offered Jacobs only monthly briefings, banning him from monthly status meetings at the site, where problems would likely surface.

"They very much resisted my presence at those meetings at first," he said. "They said my attendance would have a chilling effect. One guy sitting in the back of the room isn't going to have a chilling effect."

He's now in the door and said the meetings get tense. Georgia Power is "very aggressive. They are pressing (the builders) in areas where things are getting behind schedule."

Jacobs has a $600,000 per year budget, although he hasn't billed near that yet: Since August 2009, he has billed less than $200,000.

Jacobs said the company takes him seriously and that a top executive pulled him aside to say so: "He said, ‘This project is extremely important to us, for Georgia Power and for the entire industry. If you see anything that concerns you, call me.' It meant a lot for him to say that to me."

The last word

Neither Jacobs nor the other changes will prevent cost overruns entirely, but the hope is to keep them well under the previous blow-out.

The fixed contract terms, for instance, are as likely to bring legal squabbles as they are to protect ratepayers if costs soar, said Mark Cooper, a senior fellow at the Vermont Law School who has criticized the project: "It's going to be everybody else's fault."

And while Jacobs has access, he doesn't have ultimate power. His reports are "a heads-up, not a cure-all," said commissioner Robert Baker. "Ultimately, it's up to the commission to either accept or reject the staff's recommendations."

The current PSC hasn't shown much appetite for telling Georgia Power "no." Critics point to an August ruling in which the PSC voted 4-1 to approve a contract change that will cost ratepayers $108 million. The change settled a contractual dispute between Georgia Power and its construction team and reduced the project's exposure to inflation. Jacobs and staff had recommended rejecting the change because it cost too much.

"We're at the beginning of what could be a very long and costly road," said Angela Speir, director of the consumer group Georgia Watch. "I'm always hopeful that the commission will make the right decisions. But if their recent Vogtle vote is any indication of the future, it doesn't look good for the consumer."

Jacobs, though, took the rejection in stride, calling it "differing professional opinions."

"Both sides presented their arguments," he said. "And the commission decided."

GA Power Calls For ANOTHER Rate Hike

From AJC.com:

When state utility regulators take up Georgia Power’s request for a $1 billion-plus rate increase three weeks from now most attention will be on the proposal’s size.


But something more important to both the utility and its customers also is on the table.

The company wants to do here what its Southern Co. affiliates in Alabama and Mississippi have done for years: Put rate increases on a kind of autopilot.

It would mean electric bills could go up once or even twice a year from now on if the utility isn’t making its guaranteed profit margin. The company has asked for a margin of just under 12 percent.

It also would guarantee the company that profit for the first time.

The classic electric rate battle, with its months of testimony, rebuttal and arguing in public, largely would become a thing of the past. Instead, Georgia electric bills would slide up gradually, with about one-third of the scrutiny increases get now.

Bills also could go down more easily, but no one pretends that’s likely to happen anytime soon.

Georgia Power says it sees its proposal as a way of avoiding the kind of whopper rate hike request it filed this summer, by allowing smaller increases more often.

Electric utilities around the country have been proposing faster nontraditional ways of getting paid because their costs are going up, not down, said Ken Costello, a utility expert with the National Regulatory Research Institute. He was in town this week to brief Public Service Commission staff on the proposed process.

Georgia Power says the change would make rates more stable.

Critics say it would remove a major incentive for Georgia Power to control costs and would shift business risks to consumers.

"Consumer advocates hate these things," said John Coffman, an attorney representing AARP in the current rate case. "It's perfect for the utility. They shift the risk and still get their double-digit profit."

Jim Clarkson, a consultant for commercial energy users, agreed the proposal shifts risk but said Wall Street will love it.

"It's certainly a Southern Company modus operandi," he said. "They've been trying to get something like this for years, off and on."

He said Southern Co. regularly cites its automatic rate increases in Alabama and Mississippi when talking up its financial health to investors.

Roy Bowen, head of Georgia Traditional Manufacturers, said his members -- the state's large industrial power users -- haven't taken a position yet on the proposal.

One small power user, meanwhile, has made up her mind. "I don't understand why anyone would even think of approving that," said Merle Evans, a senior citizen from Doraville. "What kind of monopoly is this anyway?"

Under state law, Georgia Power can file a rate increase at any time. For years, though, the company has agreed to settlement deals that require it to wait three years before filing again.

The PSC sets an allowed profit band and the company is supposed to keep its profits within it.

For more than a decade, the company has had to split the spoils with customers if it exceeds its profits by too much. The company has rebated money to customers three times, in 1999, 2000 and 2005.

The new proposal would allow the company to also charge more if its profits drop too low, as they did when the economy bottomed out last year.

Georgia Power proposes making a rate filing every November, based on an estimate of what the next year's costs would do to its profit margin.

The PSC staff would have 60 days to get their arms around the company's numbers -- instead of the six months allowed now when Georgia Power asks to increase rates. The five-member commission itself would then approve the change and it would go into effect in January.

Three months later, the company would make a second filing, based on its actual costs for the previous year. If its costs were higher than expected, and its profit margin less than expected, the company could again raise rates after a truncated review by the PSC and its staff.

A similar program has worked well for years in Alabama, said John Free, a spokesman for that state's Public Service Commission. He said Alabama Power's rates compare well with the nation, despite the more automatic rate increases there. Bobby Waite of the Mississippi Public Service Commission also said Georgians shouldn't fear the more automatic rate-making process.

Both states' rates rank in about the middle nationally. Both are also higher than Georgia's, according to the most recent data available from the U.S. Department of Energy.

Costello, the national utility expert, said most states still use traditional rate cases, and that Georgia's PSC should look carefully at whether the proposed revision is needed.

He said regulators must have enough time to really look at a utility's numbers, "to avoid the risk that rate increases just get rubber-stamped."

The PSC will rule on the proposal in December, when it rules on Georgia Power's rate case. It's unclear where commissioners stand: They're not allowed to talk about it.

Wednesday, September 8, 2010

Ga Power In Bed With Ga Legislature Over Nuclear Power

From AJC.com:

The nuclear power expansion fee that will show up on Georgia Power bills in January will be bigger than the utility indicated when lobbying for the levy, according to plans filed Friday.

Georgia Power said the initial fee will add $3.73 to the typical monthly residential bill in 2011 -- more than double the $1.30 figure the company and its supporters used when it convinced the state legislature to allow the fee.

In the Public Service Commission filing, Georgia Power also said the fee will ratchet up to $9 over the following four years, rather than six as it had suggested last year.

However, the total amount collected through the fee to help pay for two new reactors will remain unchanged, Georgia Power said. It's the initial amount and pace of the increases that differs from the company's previous indications.

Company spokeswoman Christy Ihrig said the faster time line more accurately reflects when the company believes it will incur costs on its Plant Vogtle reactor project.

Fee opponents said the public was tricked.

"It's the old bait and switch," said Angela Speir, executive director of Georgia Watch and a former PSC member. "Georgia Power told legislators it would be one thing, but when ratepayers get their bill, it's something else."

AARP spokesman Will Phillips also criticized the change.

"Georgia Power sold the legislature (on the fee) as a way to help customers avoid rate shock," he said. "And now, in this economy, the increase they propose to give to customers in January 2011 is more than twice what they estimated."

"After Georgians all across the state have been voicing their concerns about this and other rate increases, we wonder if Georgia Power is even listening," Phillips said.

After the $3.73 addition to a typical bill next year, the fee will add another $1.44 in 2012, $1.50 in 2013, $1.22 in 2014 and 82 cents in 2015, according to Georgia Power, with the additions cumulative.

When seeking approval for the fee, it had used figures that called for the fee to increase roughly $1.30 per year for seven years.

The new fees will come on top of whatever basic rate increase Georgia Power wins from state utility regulators later this year. The company has asked for more than $1 billion in increases, phased in over 26 months beginning in January. The proposed rate increases would add $18 per month to the typical household bill.

Georgia Power's nuclear fee is intended to pay about $1.6 billion in financing costs for constructing two reactors at its Vogtle nuclear plant near Augusta. They are scheduled to be complete in 2016 and 2017 and are on pace to become the nation's first new reactors in decades.

The reactors will cost an estimated $14 billion total, of which Georgia Power customers will pay a little less than half: Co-op and municipal power customers will pay for the rest.

Under state law and utility regulatory policy, power customers don’t typically pay for new generation facilities until the plants produce power. But in 2009, Georgia Power convinced the legislature to pass Senate Bill 31, which changed that for nuclear reactors.

SB 31 was one of the most intensely lobbied measures in years. Company lobbyists and the bill's sponsors all used the $1.30 per month initial increase figure to sell it.

The company said the early collection would reduce rate shock and shave the reactors’ final cost to ratepayers by about $300 million.

Georgia Watch, AARP, radio consumer advocate Clark Howard and conservative blogs like Peach Pundit and Political Vine all opposed SB 31, saying it shifted risk to ratepayers and forced some consumers to pay for plants they will never use.

From Grist.com:

Up until the late 1970s, many environmental groups, including the Sierra Club, heralded nuclear power as an emissions-free energy source. That cheery outlook came to an abrupt end in 1979, when equipment failures and human error caused the worst nuclear accident in U.S. history, at Three Mile Island near Harrisburg, Penn. Throughout the 1980s, medical reports linked cancer incidence to radiation exposure at nuclear power plants and in underground uranium mines. Then came 1986 and the darkest days of the nuclear industry, when the notorious Chernobyl meltdown exposed 75,000 people to high-level nuclear radiation. Such events made the licensing of new nuclear plants nearly impossible in the United States, because no communities wanted them built in their backyards and no investors wanted to face the high operating costs and the possibility of disaster.

Even more alarming from an environmental standpoint is nuclear waste disposal. Used uranium rods remain "hot" (radioactive) for between 10,000 and 250,000 years. "Scientists have absolutely no idea about how we can contain these radioactive materials for that long a time," says David Lochbaum, a nuclear engineer with the Union of Concerned Scientists. "A country 200 years old is facing a mighty big problem when it's creating waste that must be isolated from the environment for at least 10,000 years. Scientists simply don't have enough evidence to know what the effects will be down the road."

After uranium is burned, the rods are kept in pools of water at the plant for five to 10 years until they're cool enough to be sealed in concrete and steel containers and stowed underground. (Many plants keep their waste in holding pools for decades without transferring them to containers -- a cheaper but far more hazardous storage option.) However, the containers themselves won't last for more than several hundred years, which is why Yucca Mountain, Nev., has been proposed as a geologically isolated long-term sarcophagus for nuclear waste. Since 1982, over $50 billion has been poured into researching the geological suitability of Yucca Mountain for such purposes. Environmentalists argue that the choice of Yucca Mountain has been based more on political convenience than environmental suitability, and that too little time has been spent evaluating the possible radioactive contamination of the aquifer beneath the site.

Environmentalists are also concerned about the transportation of spent uranium to Yucca Mountain. The Department of Energy has admitted that any human standing within two yards of storage tanks for an hour will be exposed to radiation levels equivalent to a chest x-ray, which can be dangerous for pregnant women. "What if you're stuck in traffic next to one of these trucks carrying nuclear waste?" asks U.S. PIRG's Aurilio. The nuclear energy industry argues that these concerns are exaggerated. "This volume of waste is absolutely manageable," says Thelma Wiggins of the Nuclear Energy Institute. "All told, over the last 40 years, the waste fills an area no bigger than a football field that goes five yards deep."

Great Britain, which has amassed less nuclear waste than the U.S., doesn't agree that there's nothing to worry about. Most of Britain's nuclear plants, which account for a whopping 30 percent of the country's energy supply, are scheduled to reach the end of their legal lifespans within the next decade. And yet the British Parliament voted last year to block the industry's effort to expand the life of the plants or allow new ones to be built. Instead, it is launching a phase-out campaign much like the one proposed by Makhijani: increasing natural gas production, improving energy efficiency by creating incentives for green buildings and energy-efficient companies, and increasing investments in alternative energy resources such as solar and wind.

Wednesday, September 1, 2010

Protect your home from Hurricane Earl

Worried East Coast residents brace for what is expected to be a Category 4 hurricane that goes by the name of Earl. The Federal Emergency Management Agency warned people along the Eastern Seaboard to prepare for possible evacuations on Tuesday, as Earl whirled across the Caribbean with winds of 135 mph. The hurricane is expected to remain over the open ocean before turning north and running parallel to the East Coast, bringing high winds and heavy rain to parts of North Carolina. Forecasters are cautioning that it is still too early to tell how close Earl might come to land. Dennis Feltgen, spokesman for the National Hurricane Center, said that not since 1991 with Hurricane Bob has such a powerful storm had such a large swatch of the East Coast in its sights. “A slight shift of that track to the west is going to impact a great deal of real estate with potential hurricane force winds,” Feltgen said.

On Monday, Earl delivered a glancing blow to several small Caribbean islands, tearing roofs off homes and knocking out electricity to people in Anguilla, Antigua and St. Maarten. In Puerto Rico, nearly 187,000 people were without power and 60,000 without water. Gov. Luis Fortuno said cruise ships were diverted and flights cancelled across the region. On Tuesday, strong winds from Earl’s outer fringes whipped palm fronds and whistled through doors in the Turks and Caicos Islands as tied-down boats seesawed on white-crested surf.

Each year, hail causes about 1.6 billion dollars worth of damage to residential roofs in the United States. In general, hailstone damage can be categorized into two types: aesthetic damage and functional damage. Aesthetic damage is simply damage that has an adverse effect on appearance, but does not affect the performance of the roof. Functional damage results in diminished water-shedding ability and a reduction in the expected service life of the roof.

The most effective way to reduce hail damage is to use impact resistant materials for roofing applications. Underwriters Laboratory has developed a test, UL 2218, to evaluate the impact resistance of roofing material. This test evaluates materials by dropping a steel ball onto the roofing panel twice at the same location. The material must show no evidence of fracture, cracking, splitting or any other failure, which would result in an opening of the roofing material. The sizes of the steel balls are from 1.25 inches to 2.00 inches.

There are many different types of materials available for roofing applications, and metal is one of them. While metal roofing is primarily used for commercial applications, it has become an attractive alternative for residential roofing because its relatively lightweight, meets UL2218 Class 3 or 4 specifications, and may have a Class A or B fire resistant rating.
Metal roofs have good impact resistance and are very likely to survive hailstones without functional damage, but can be vulnerable to aesthetic damage since hail can cause permanent indentations in the roofing panels.

Protect yourself and your home from Hurricane Earl with a SmarterRoof from Energy Roofing Systems that is wind tunnel tested up to 200 mph and rated to withstand a Category 5 hurricane. The metal is made from Galvalume substrates which combine the proven corrosion protection of zinc with the barrier protection of aluminum. The end result is a superior substrate that will provide years of service life for most applications. In fact, Galvalume substrates are warranted from the steel mills against perforation due to rust. A standard shingle roof has no defense against a monstrous hurricane like Earl. The SmarterRoof is designed to be installed on top of your existing shingle roof using a 3 part metal fastener system with a full trim package to keep your roof sealed water tight. All of their roofs are tax credit eligible and Energy Star rated to reduce your energy bills 30-40%.

For more information visit www.energyroofingsystems.net or call 770-781-4267.