Last winter, we reported on Tullahoma, Tennessee's plans to use their fiber optic network for an Automatic Metering Information system (AMI). At the time, city leaders had just started a series of informational meetings for customers. Tullahoma Utilities Board (TUB) technicians are now in the process of installing the new meters in the full service area and expect to complete the project by April, 2013.

Brian Justice of the Tullahoma News, reported:

Brian Skelton, TUB general manager, said Wednesday the results have proven to be very effective, and now the utility is spreading out to install 10,500 electric meters and 9,500 water meters that electronically read and provide TUB with the usage information.

...

In addition to reading electric and water meters automatically, the system will be used for a number of other tasks to reduce peak electric demand and take advantage of TVA’s new wholesale rate plan.

As we reported earlier, utility managers decided to pursue the new system when the Tennessee Valley Authority (TVA) announced it would change to a "time of use" pricing structure. Because rates will be higher at peak times, the TUB want to give customers the chance to manage their utility costs.

Brian Coate, manager of the electric and fiber departments, told Justice:

“Automated metering will not only reduce personnel costs, but also provide better information on leak detection, outage management, and theft of service,” he said. “The system will also have a server and data portal where customers can examine their time of use habits and have more control over their bill.”

The new meters contain a radio transmitter that sends usage data to a collector secured on a utility pole. The information is then transferred to the TUB via the fiber optic network.

Electric usage will be monitored hourly while water usage info will be available on a daily basis. Customers will also be able to determine if there are any water leaks based on the results. Residents will be able to monitor their usage via a computer or smart phone.

Last winter, we reported on Tullahoma, Tennessee's plans to use their fiber optic network for an Automatic Metering Information system (AMI). At the time, city leaders had just started a series of informational meetings for customers. Tullahoma Utilities Board (TUB) technicians are now in the process of installing the new meters in the full service area and expect to complete the project by April, 2013.

Brian Justice of the Tullahoma News, reported:

Brian Skelton, TUB general manager, said Wednesday the results have proven to be very effective, and now the utility is spreading out to install 10,500 electric meters and 9,500 water meters that electronically read and provide TUB with the usage information.

...

In addition to reading electric and water meters automatically, the system will be used for a number of other tasks to reduce peak electric demand and take advantage of TVA’s new wholesale rate plan.

As we reported earlier, utility managers decided to pursue the new system when the Tennessee Valley Authority (TVA) announced it would change to a "time of use" pricing structure. Because rates will be higher at peak times, the TUB want to give customers the chance to manage their utility costs.

Brian Coate, manager of the electric and fiber departments, told Justice:

“Automated metering will not only reduce personnel costs, but also provide better information on leak detection, outage management, and theft of service,” he said. “The system will also have a server and data portal where customers can examine their time of use habits and have more control over their bill.”

The new meters contain a radio transmitter that sends usage data to a collector secured on a utility pole. The information is then transferred to the TUB via the fiber optic network.

Electric usage will be monitored hourly while water usage info will be available on a daily basis. Customers will also be able to determine if there are any water leaks based on the results. Residents will be able to monitor their usage via a computer or smart phone.

Last winter, we reported on Tullahoma, Tennessee's plans to use their fiber optic network for an Automatic Metering Information system (AMI). At the time, city leaders had just started a series of informational meetings for customers. Tullahoma Utilities Board (TUB) technicians are now in the process of installing the new meters in the full service area and expect to complete the project by April, 2013.

Brian Justice of the Tullahoma News, reported:

Brian Skelton, TUB general manager, said Wednesday the results have proven to be very effective, and now the utility is spreading out to install 10,500 electric meters and 9,500 water meters that electronically read and provide TUB with the usage information.

...

In addition to reading electric and water meters automatically, the system will be used for a number of other tasks to reduce peak electric demand and take advantage of TVA’s new wholesale rate plan.

As we reported earlier, utility managers decided to pursue the new system when the Tennessee Valley Authority (TVA) announced it would change to a "time of use" pricing structure. Because rates will be higher at peak times, the TUB want to give customers the chance to manage their utility costs.

Brian Coate, manager of the electric and fiber departments, told Justice:

“Automated metering will not only reduce personnel costs, but also provide better information on leak detection, outage management, and theft of service,” he said. “The system will also have a server and data portal where customers can examine their time of use habits and have more control over their bill.”

The new meters contain a radio transmitter that sends usage data to a collector secured on a utility pole. The information is then transferred to the TUB via the fiber optic network.

Electric usage will be monitored hourly while water usage info will be available on a daily basis. Customers will also be able to determine if there are any water leaks based on the results. Residents will be able to monitor their usage via a computer or smart phone.

Last winter, we reported on Tullahoma, Tennessee's plans to use their fiber optic network for an Automatic Metering Information system (AMI). At the time, city leaders had just started a series of informational meetings for customers. Tullahoma Utilities Board (TUB) technicians are now in the process of installing the new meters in the full service area and expect to complete the project by April, 2013.

Brian Justice of the Tullahoma News, reported:

Brian Skelton, TUB general manager, said Wednesday the results have proven to be very effective, and now the utility is spreading out to install 10,500 electric meters and 9,500 water meters that electronically read and provide TUB with the usage information.

...

In addition to reading electric and water meters automatically, the system will be used for a number of other tasks to reduce peak electric demand and take advantage of TVA’s new wholesale rate plan.

As we reported earlier, utility managers decided to pursue the new system when the Tennessee Valley Authority (TVA) announced it would change to a "time of use" pricing structure. Because rates will be higher at peak times, the TUB want to give customers the chance to manage their utility costs.

Brian Coate, manager of the electric and fiber departments, told Justice:

“Automated metering will not only reduce personnel costs, but also provide better information on leak detection, outage management, and theft of service,” he said. “The system will also have a server and data portal where customers can examine their time of use habits and have more control over their bill.”

The new meters contain a radio transmitter that sends usage data to a collector secured on a utility pole. The information is then transferred to the TUB via the fiber optic network.

Electric usage will be monitored hourly while water usage info will be available on a daily basis. Customers will also be able to determine if there are any water leaks based on the results. Residents will be able to monitor their usage via a computer or smart phone.

Last winter, we reported on Tullahoma, Tennessee's plans to use their fiber optic network for an Automatic Metering Information system (AMI). At the time, city leaders had just started a series of informational meetings for customers. Tullahoma Utilities Board (TUB) technicians are now in the process of installing the new meters in the full service area and expect to complete the project by April, 2013.

Brian Justice of the Tullahoma News, reported:

Brian Skelton, TUB general manager, said Wednesday the results have proven to be very effective, and now the utility is spreading out to install 10,500 electric meters and 9,500 water meters that electronically read and provide TUB with the usage information.

...

In addition to reading electric and water meters automatically, the system will be used for a number of other tasks to reduce peak electric demand and take advantage of TVA’s new wholesale rate plan.

As we reported earlier, utility managers decided to pursue the new system when the Tennessee Valley Authority (TVA) announced it would change to a "time of use" pricing structure. Because rates will be higher at peak times, the TUB want to give customers the chance to manage their utility costs.

Brian Coate, manager of the electric and fiber departments, told Justice:

“Automated metering will not only reduce personnel costs, but also provide better information on leak detection, outage management, and theft of service,” he said. “The system will also have a server and data portal where customers can examine their time of use habits and have more control over their bill.”

The new meters contain a radio transmitter that sends usage data to a collector secured on a utility pole. The information is then transferred to the TUB via the fiber optic network.

Electric usage will be monitored hourly while water usage info will be available on a daily basis. Customers will also be able to determine if there are any water leaks based on the results. Residents will be able to monitor their usage via a computer or smart phone.

The National Association of Telecommunication Officers and Advisors (NATOA) has recognized our work by naming us one of the Community Broadband Organizations of the Year for 2012. The award will be celebrated along with other 2012 Community Broadband Awards at their annual conference in New Orleans on September 27-29.

In the press release, NATOA noted our work "…for persistent reporting on community broadband initiatives and their opponents, thereby educating and informing the public and policy-makers nationwide."

The Massachussetts Broadband Institute (MBI) received a similar award for their work in regional broadband collaboration and development.

Other recipients include:

John Windhaousen, Blair Levin, Clakamas County, Oregon, the Cities of Wilson, North Carolina, and Port Angeles, Washington, and the Urbana-Champaign Big Broadband (UC2B) project.

From the Press Release:

We are thrilled to recognize such a broad spectrum of people, communities, and organizations that lead the nation in advocating for and improving government and public options in broadband technology," said Joanne Hovis, president of the NATOA Board of Directors.  "These pioneers have distinguished themselves in their extraordinary efforts, achievements and innovation in community-based approaches to broadband.

The National Association of Telecommunication Officers and Advisors (NATOA) has recognized our work by naming us one of the Community Broadband Organizations of the Year for 2012. The award will be celebrated along with other 2012 Community Broadband Awards at their annual conference in New Orleans on September 27-29.

In the press release, NATOA noted our work "…for persistent reporting on community broadband initiatives and their opponents, thereby educating and informing the public and policy-makers nationwide."

The Massachussetts Broadband Institute (MBI) received a similar award for their work in regional broadband collaboration and development.

Other recipients include:

John Windhaousen, Blair Levin, Clakamas County, Oregon, the Cities of Wilson, North Carolina, and Port Angeles, Washington, and the Urbana-Champaign Big Broadband (UC2B) project.

From the Press Release:

We are thrilled to recognize such a broad spectrum of people, communities, and organizations that lead the nation in advocating for and improving government and public options in broadband technology," said Joanne Hovis, president of the NATOA Board of Directors.  "These pioneers have distinguished themselves in their extraordinary efforts, achievements and innovation in community-based approaches to broadband.

Two years ago, we reported on the emerging partnership between Carroll County, Maryland, and the Maryland Broadband Cooperative (MBC) to build a fiber network to local business clients. The County financed the investment in part through cost savings obtained as a result of transitioning away from expensive T1 lines.

This summer, the Carroll County Office of Technology Services reported that the network is on track to be completed by January, 2013. In an interview with the Carroll County Times, Mark Ripper noted that the network is 60% complete. When deployed, the Carroll County Public Network (CCPN) will be 110 miles long and connect 132 sites, including the county public schools, the public library, and Carroll County Community College.

Carroll is one of a group of Maryland counties that comprise the Inter-County Broadband Network, a group of local government entities partnering to connect the smaller municipal networks across Maryland like the CCPN.

Back in 2007, when the CCPN was in its infancy, a Baltimore Sun article discussed significant cost savings estimated for the local library:

Currently, Ripper said the county pays $3,300 a month to connect all the local library branches to the Internet. Those costs will be eliminated once the network is built out.

Savings to the schools, the libraries, the college, and county government are expected to be significant. Short term annual savings for all four entities are estimated at $950,000 per year in leased line costs, according to a 2010 Carroll County Credit Rating Report. The report goes on to estimate potential revenue from the network at $300,000 to $600,000 in the short term and as high as $3,600,000 to $7,200,000 in the long term, depending on how the network is used in the future. The credit report PDF is available here.

Two years ago, we reported on the emerging partnership between Carroll County, Maryland, and the Maryland Broadband Cooperative (MBC) to build a fiber network to local business clients. The County financed the investment in part through cost savings obtained as a result of transitioning away from expensive T1 lines.

This summer, the Carroll County Office of Technology Services reported that the network is on track to be completed by January, 2013. In an interview with the Carroll County Times, Mark Ripper noted that the network is 60% complete. When deployed, the Carroll County Public Network (CCPN) will be 110 miles long and connect 132 sites, including the county public schools, the public library, and Carroll County Community College.

Carroll is one of a group of Maryland counties that comprise the Inter-County Broadband Network, a group of local government entities partnering to connect the smaller municipal networks across Maryland like the CCPN.

Back in 2007, when the CCPN was in its infancy, a Baltimore Sun article discussed significant cost savings estimated for the local library:

Currently, Ripper said the county pays $3,300 a month to connect all the local library branches to the Internet. Those costs will be eliminated once the network is built out.

Savings to the schools, the libraries, the college, and county government are expected to be significant. Short term annual savings for all four entities are estimated at $950,000 per year in leased line costs, according to a 2010 Carroll County Credit Rating Report. The report goes on to estimate potential revenue from the network at $300,000 to $600,000 in the short term and as high as $3,600,000 to $7,200,000 in the long term, depending on how the network is used in the future. The credit report PDF is available here.

Two years ago, we reported on the emerging partnership between Carroll County, Maryland, and the Maryland Broadband Cooperative (MBC) to build a fiber network to local business clients. The County financed the investment in part through cost savings obtained as a result of transitioning away from expensive T1 lines.

This summer, the Carroll County Office of Technology Services reported that the network is on track to be completed by January, 2013. In an interview with the Carroll County Times, Mark Ripper noted that the network is 60% complete. When deployed, the Carroll County Public Network (CCPN) will be 110 miles long and connect 132 sites, including the county public schools, the public library, and Carroll County Community College.

Carroll is one of a group of Maryland counties that comprise the Inter-County Broadband Network, a group of local government entities partnering to connect the smaller municipal networks across Maryland like the CCPN.

Back in 2007, when the CCPN was in its infancy, a Baltimore Sun article discussed significant cost savings estimated for the local library:

Currently, Ripper said the county pays $3,300 a month to connect all the local library branches to the Internet. Those costs will be eliminated once the network is built out.

Savings to the schools, the libraries, the college, and county government are expected to be significant. Short term annual savings for all four entities are estimated at $950,000 per year in leased line costs, according to a 2010 Carroll County Credit Rating Report. The report goes on to estimate potential revenue from the network at $300,000 to $600,000 in the short term and as high as $3,600,000 to $7,200,000 in the long term, depending on how the network is used in the future. The credit report PDF is available here.