Both are a little coarse.
One is a little funny:
The other is just crude:
NERC recently closed comments on its revised definition of an adequate level of reliability. I’m confused, though. Doesn’t section 215 of the Federal Power Act already state that reliability standards are “to provide for reliable operation of the bulk-power system,” where “’reliable operation’ means operating the elements of the bulk-power system… so that instability, uncontrolled separation, or cascading failures of such system will not occur?” It’s certainly what my managers at FERC used to think—that there couldn’t be a transmission event without someone having violated a standard!
In contrast, some Australians are starting to wonder if they’re paying to much for power supply more reliable than necessary. And at home in the United States, one Wall Street Journal columnist suggests that we should do a better job of preparing for blackouts, since we’ll never eliminate them.
And about that adequate level of reliability definition [PDF]… All they’ve managed to come up with is four pages of circular logic—the state the bulk electric system will achieve when standards are followed. Sheesh!
Using a huge saw, suspended beneath a helicopter:
Just a quick note (because it’s Friday afternoon and there’s only 3 days left to contribute), there’s a War of Currents playing card set up on Kickstarter. If you’re not familiar with it, Kickstarter is a platform for crowdfunding creative projects. For this project, a contribution of $10 or more will also get you the deck of cards.
The War of Currents playing cards will portray Nikola Tesla as the King for Clubs and Spades, and Thomas Edison as King for Hearts and Diamonds. Two information cards with the deck will provide a brief history of the war of currents.
A week ago Friday, a severe storm blew from the Midwest through to the Mid-Atlantic, knocking out power for millions of people. In the Washington, DC area, Pepco lost 56 percent of its customers. Full restoration took the company 8 days.
Whether or not that length of time was justified, it certainly hasn’t sat well with DC and Maryland customers. Already under pressure for acknowledged poor reliability in the past, Pepco has been subject to some very intense criticism for the last week. To give you an idea of what really bad public relations looks like for an electric utility, let’s review some of the things being said about Pepco.
[Disclaimer #1: My power, usually provided by Pepco, was out for 4½ days.]
[Disclaimer #2: I recently turned down a job offer from Pepco, for reasons having nothing to do with the quality of their service.]
Of course, someone started the obligatory Pepco Sucks website.
There’s also a No Power Pepco Facebook group.
A small Independence Day parade turned into an anti-Pepco protest march. Apparently, the company’s automated call-back system for updating customers on the status of restoration work was programed to say “Power has been restored to your area.” People took this to mean, “We think you have your power back,” which it wasn’t. In actuality the message was supposed to mean, “We’ve gotten closer in working our way towards your home.”
Another television news story concerned a teen injured by a downed power line and Pepco’s poor response when alerted to the hazard by the boy’s father.
[Disclaimer #3: These are friends-of-the-family.]
An article in The Washington Post’s Outlook section detailed “5 Myths About Pepco,” three of which were basically, “Don’t believe their excuses.”
Some DC musicians recorded a song titled “F*ck You, Pepco” [WARNING: as if it wasn’t obvious from the title, the video includes some strong language].
With all this bad PR, there’s certain to be consequences for Pepco’s recent rate request. An online petition asks Maryland’s governor to “Fire the utility regulators, reject rate hikes, fix PEPCO!” Another article in The Washington Post this week (Local section) was titled, “Pepco Wants to Stick Customers With Cost of Arguing its Upkeep Was Fine.”
This story is far from over and it’s not looking good for Pepco.
Burying power lines (also called “undergrounding” by engineers) seems like an obvious way to improve reliability. Those of us in the industry are used to seeing interest in this idea surge at the local and state level every winter, with another bump sometimes after hurricane season! An honest study of the costs and benefits, however, reveals a more complex picture, one in which the true value of undergrounding is highly dependent on local conditions.
The assumption by most people is that burying power lines will reduce the amount of time they spend without power. And it’s true that buried lines are less likely to experience outages, though it’s probably not as much an advantage as people think. Underground lines can be affected by flooding, digging, corrosion, and tree roots. When a line is underground, it’s also much more difficult to locate and isolate a problem. Thus when there are problems with buried power lines, the lines tend to remain out-of-service for longer.
Speaking of problems, let’s address maintenance, where again the story is not so simple. Getting to underground lines requires more time, bigger crews, and heavier equipment. On the other hand, compared to overhead lines, vegetation management is a lot simpler and can be performed at significantly reduced cost. Buried lines also avoid clearance issues in commercial areas.
Construction of new underground lines is a lot more expensive than putting up overhead lines for similar reasons to the cost of maintenance. [See the video below for a walk-through of the underground construction process.]
Other significant factors affecting the cost-benefit calculation include aesthetics and safety, both of which typically support undergrounding. Simply put, people don’t like looking at poles and lines in their neighborhoods. Exactly how much of an affect there is would be difficult to say, but the analysis usually assumes that overhead lines negatively impact property values. Safety is a factor mostly because of the poles. Tens of thousands of accidents and a significant percentage of vehicle fatalities involve utility poles.
Yes, it would be nice to have those lines and poles out of the way. The question is, are we willing to pay the price?
Connecticut Light & Power uses explosives to splice power lines.
I don’t mean to be a downer but sometimes equipment fails.