Digital meters will replace analog during five-year deployment schedule
By Amanda Woodruff | The News Record
Published: Wednesday, February 3, 2010
Updated: Wednesday, February 3, 2010
Anna Bentley | The News Record
The University of Cincinnati is scheduled to receive digital meters to help accuracy in energy readings by 2011 at the latest.
Duke Energy plans to spend $1 billion in a five-year deployment plan across five states to install Smart Grid technology.
Corryville is one of the first neighboring areas to receive the technology, according to the Duke Energy deployment plan. The University of Cincinnati should follow within one year.
The installation of Smart Grid technology might serve as a catalyst in UC’s goal to reduce green house gas emissions by 20 percent before 2012. The university is halfway there, according to the College Sustainability Report Card 2010.
The technology allows consumers to go online and check energy costs from day to day.
“It might be usually cold or usually warm,” said Sally Thelen, Duke Energy spokesperson. “If someone has a budget, they can see what they need to do to stay under it. It gives them the power to make decisions regarding their energy use.”
The switch from analog to digital meters reduces foot traffic of Duke employees, who travel from home to home, checking meters. Instead of 12 visits each year, there would only be one visit, which would check the integrity of the meter.
Employment would not be immediately affected, Thelen said.
Estimated bills become a thing of the past. Duke Energy employees can read the new meter remotely from the street so there is no need for a homeowner or renter to send in a reading if they miss the “meter reader.”
For college students, move-in and move-out dates present the hassle of transferring services.
“Every time we have a turn on and turn off a service, we have to be present out there to read the meter and make sure everything gets connected and turned on safely,” on safely,” Thelen said. Instead, it would be automatic.
In reality, there are two types of this technology: a smarter grid and smart grid. The former is a short-term system that focuses on updated technology and affordability. The latter is a long-term system that mimics the convenience of the Internet, according to the U.S. Department of Energy.
“By next year, there could be something that is even better, that is faster or does something different,” Thelen said. “We’re not committing ourselves to any one type — it gives us the flexibility to make sure we’re using the latest and greatest technology.”
The Federal government established a smart Grid Task Force to assist in the transformation. Although Duke Energy applied for stimulus money, it has yet to hear back.
The transformation from analog to digital meters is still a process in itself.
“We can’t snap our fingers and have it done overnight,” Thelen said.
Duke Energy installed seven smart switches on power poles in Price Hill September 2009. Queen City Avenue experienced apower outage during this time and the smart grid technology was able to reroute itself within one hour.
“It’s a smart-healing network,” Thelen said. “It’s such a new concept and it provides a peace of mind for people.”
The plan includes the deployment of 700,000 electric smart meters and 450,000 natural gas meters.