On November 27th, the Chattanooga area was pelted with rough storms. According to the city's Electric Power Board (EPB) spokesman John Pless, the utility smart-grid kept the lights on for 90 percent of the city’s electricity users who would have otherwise experienced an outage. A smart-grid detects where damage occurs and allows the network to self-heal when possible, often in seconds and undetected by electricity users.

"Smart grid automation either prevented or automatically restored more than 23,000 customer outages, with almost 2,100 customers experiencing outages of greater than five minutes," Pless said.

In addition to the security of maintaining electric service during severe weather, businesses lose productivity when the power goes out. By 2014, EPB officials estimated the technology had saved local businesses approximately $50 million in two years; it had reduced outages by 60 percent. Since then, they have worked with the Oak Ridge National Laboratory to get maximum efficiency from the EPB smart-grid.

Harold DePriest, retired President and CEO of EPB, spoke with Christopher recently in episode #230 of the Community Broadband Bits podcast. During the conversation, Harold talked about how the smart-grid has positively impacted the community:

The imminent arrival of Google Fiber and two other Internet Service Providers offering Gigabit speeds (1,000 Megabits per second) to Huntsville, Alabama is expected to be a boon to subscribers, reports Alabama Tech. 

The tech publication predicts the three ISPs - Google Fiber, AT&T  and WOW! - will spur competition that will lower prices for residential and business subscribers. A newly-released report from Analysis Group and funded by the Fiber to the Home Council shows that direct competition in a designated market results in overall price drops for connectivity service of all speeds. 

“Research shows a 'Gig City' lowers the monthly standard price on plans with at least 100 Mbps down 25 percent, or $27 per month. When it directly compares markets with one Gigabit provider compared to two, the price of Gigabit services decreases approximately 34 to 37 percent, or $57 to $62 per month.”

The tech publication also stated a domino effect occurs when an ISP says it will offer Gigabit services:  

“The likelihood of other providers offering similar services increases in an effort to keep pace with its competition. This trend applies to Huntsville. WOW! and AT&T announced it had launched Gigabit-speed services for Huntsville customers in October 2016, which was less than a year after Google Fiber announced it would offer services to some Huntsville customers beginning in 2017.

From Alabama Tech:

“When Google Fiber enters the market, it will likely help lower prices in Huntsville...WOW! will likely offer gigabit speeds at $160 per month for customers after the conclusion of its $70 per month promotion, while AT&T Fiber is currently offering Huntsville customers a non-promotional rate of $90 per month for gigabit services. Google Fiber is expected to offer $70 per month services when it enters the market. AT&T Alabama president Fred McCallum wouldn't rule out price adjustments to compete with other providers.”

Since late 2015, the small city of Fairlawn, Ohio, has been planning and preparing for a network with next-generation connectivity. The city is building the network, FairlawnGig, which will offer speeds of a Gigabit (1,000 Megabits) per second to subscribers. All speed tiers will be symmetrical, so upload and download will be equally fast.

Lightwave reports that FairlawnGig has officially connected its first two business customers: RDA Hotel Management and the architectural firm David A.Levy & Associates.

Necessary Connectivity For Businesses

RDA Hotel Management officially signed up for the service and immediately experienced a 733 percent increase in Internet access speeds in its local hotel. The management company owns and operates the Hilton and Doubletree hotels throughout the nation. Two of the company's hotels have been connected to the network since early August as “beta customers” of the network. These “beta customers” (including hotels that hosted some Republican National Delegates) helped determine how well the network functioned, providing feedback on how to improve the experience for future subscribers. 

The local architectural firm David A. Levy & Associates is also pleased with the new connectivity. Neal Levy, business development director at David A. Levy & Associates described how the municipal fiber network has already improved productivity in the Lightwave article:

 "Prior to FairlawnGig, reliability was a serious issue and it took several minutes to save, transmit, and open a 50-MB file. Plus, our team couldn't work simultaneously in an AutoCAD [a design application used by many architect firms] file while it was auto saving or the file would freeze. Now it takes less than 10 seconds to open or save a file."

The FairlawnGig Story

Iowans in the small town of Osage have been able to obtain cable Internet access from the community’s municipal utility since 2001. The community is about to take the next step; Osage Municipal Utility (OMU) is acquiring a fiber-optic backbone from a private provider. The purchase will get them started on what will eventually be a Fiber-to-the-Home (FTTH) upgrade.

Serving Osage For More Than 125 Years

Osage, the Mitchell County seat, is home to about 3,600 people and located in north central Iowa. The electric utility began as Osage Electric Light, Heat and Power Company in 1890. After several ownership changes, the municipality became the owner in 1941. In 1959, the utility began supplying natural gas and in 2001, the utility added a communications system. In addition to Internet access, OMU also began offering cable TV and telephone service.

OMU is also developing a Voluntary Community Solar Program in which customers can purchase units of Solar Array capacity and in return they receive a production-related credit on their monthly utility bill.

Another Local Tool

Josh Byrnes, general manager of OMU, described the backbone as “another tool in the economic toolbox.” He noted that the line will create opportunities for people outside of OMU’s service area that live along the backbone to potentially obtain service from private providers.

In addition to providing FTTH to customers in the future, Byrnes noted that OMU will also be bringing much needed redundancy in the area. Incumbent Omnitel Communications is the sole provider of fiber-optic services in Mitchell County. OMU will offer fiber in Mitchell, one of the towns in the county where Omnitel has no fiber presence.

“We are simply getting connectivity to Osage and build out from there. There are going to definitely be opportunities for savings to our rate payers long term. Even more important is the dependability of services moving forward. It’s hard to put a price on that.”

We have created a new fact sheet: Minnesota: Cooperatives and Local Governments Can Solve Rural Digital Divide. The fact sheet highlights rural areas with excellent connectivity and the role of cooperatives and municipalities.

Minnesota cooperatives and municipalities have done great work to bring fast, affordable, reliable Internet service to rural areas throughout the state. They've built many Fiber-to-the-Home (FTTH) networks, but there is still much work left to do.

One in 4 Minnesotans lives in a rural area, and of those rural households, 43 percent lack access to broadband, defined by the FCC as 25 Megabits per second (Mbps) download and 3 Mbps upload. Resilient, robust, fiber is the long-term goal, but fixed wireless can help extend coverage in hard-to-reach rural areas.

Download the fact sheet here.

Learn more about Minnesota’s connectivity in Community Broadband Bits Episode #190 with Dan Dorman, Executive Director of the Greater Minnesota Partnership. He discusses the "donut hole problem" and the economic development potential of rural Minnesota. 

Check out all of our Community Network Fact Sheets here. You can also subscribe to a once-per-week email with stories about community broadband networks.

This is the transcript for episode 230 of the Community Broadband Bits Podcast. Harold DePriest of Chattanooga, Tennessee, describes his role in building the fiber network in the city. This is an in-depth interview of over an hour in length. Listen to this episode here.

Harold DePriest: This fiber system will help our community have the kind of jobs that will let our children and grand children stay here and work if they want to. That is the biggest thing that has happened.

Lisa Gonzalez: This is episode 230 of the community broadband bits podcast from the Institute for Local Self-Reliance. I'm Lisa Gonzalez. Chattanooga, Tennessee has been profiled in dozens of media outlets. It's a community reborn from one of the dirtiest cities in America, to what is now an economic development powerhouse. The city's publicly owned fiber optic network provides high quality connectivity that attracts businesses and entrepreneurs, but getting to where they are today did not happen overnight. In this episode, Chris has an in depth conversation with Harold DePriest, one of the men behind bringing fiber optics to Chattanooga. He's retired now, but as president and CEO of the electric power board, he was involved from the beginning. Harold describes how the electric power board made changes both inside and out, and went from being just another electric utility, to one that's considered one of the best in customer service in the country. The interview is longer than our typical podcast, but we think it's worth is. Now here are Chris and Harold DePriest, former CEO and president of the electric power board in Chattanooga, Tennessee.

Christopher Mitchell: Welcome to a community broadband bits discussion. A long form discussion, a little bit different from what we normally do, with someone that I have a tremendous amount of respect for, Harold DePriest. Welcome to the show.

Harold DePriest: Thank you. It's good to be with you Chris.

While New York's Governor Andrew Cuomo focuses on improving Internet access in rural areas upstate, Westchester County is finding its own path to next-generation connectivity.

The county's largest cities are partnering with the county association to bring high-speed Internet access to every household, businesses, healthcare facilities, and educational organizations in the next three to five years. 

Four Cities Together

In early October, the Westchester County Association and the cities of Mount Vernon, New Rochelle, White Plains, and Yonkers announced the formation of the Smart Growth Gigabit initiative. The cities entered into the “Smart City ComPACT” to collectively apply for funding, collaborate on innovation districts, and develop joint legislative agendas. 

The cities are considering a Fiber-to-the-Home (FTTH) project to provide Gigabit (1,000 Megabits per second) connectivity necessary for telemedicine, digital learning, and economic development. Officials estimate the project will cost about $750 million, based on the costs of similar projects in communities with like populations (405,000 people total). The cities could own and build the network themselves or partner with a private provider; they have not yet decided on which model to pursue.

Smart Growth

The Gigabit Initiative is part of Westchester County Association’s Blueprint for Smart Growth plan. The association is assembling a steering committee of members from Westchester’s cities, healthcare, biotech, education, business, and nonprofit sectors. The collaboration has been described as a public private partnership because Westchester County Association is a private entity.

Manchester, Connecticut, was the first city in the state to build its own fiber-optic Institutional Network (I-Net). Now, the community has issued a Request for Information (RFI) for Fiber-to-the-Premises (FTTP) of Homes and Businesses. Responses are due by December 6, 2016.

Much To "Gain"

The community took advantage of the “Municipal Gain” Law, which guarantees space on utility poles and conduit to house its I-Net. A private provider took the town to court over the law, which came to a successful resolution in the early 2000s.

As we reported last summer, the Office of Consumer Counsel (OCC) and the State Broadband Office (SBO) sought clarification on the state statute. The question is whether or not the space reserved on utility poles in municipal Rights-of-Way (ROW) can be used for municipal fiber-optic network deployment. While the question seems simple on its face, implementing it has raised a number of questions from pole owners and municipalities. The OCC and SBO filed a petition last summer with the Public Utility Regulatory Agency (PURA) asking for clarification.

Manchester is located in the center of the state just ten miles east of Hartford. The town’s population is approximately 58,000 residents and there are 22,000 parcels in Manchester on its 250 miles of city streets. While it has roots in textiles and the silk industry, it is now home to a number of large shopping outlets and plazas. The community also has a co-working space in the downtown area, Axis901, for entrepreneurs and small businesses.  

Having experienced the benefits of its I-Net, Manchester wants to expand those benefits to businesses and residents, so is exploring the possibilities. According to the RFI:

The Town is interested in a vendor’s perspective of the positive economic development value of their proposal.  Toward this end, information on a Responder's offering will likely result in a dialog with the Town's Board of Director's Broadband Economic Development Subcommittee.

This is episode 225 of the Community Broadband Bits. Representatives of Midwest Energy Cooperative discuss their project to bring high-speed connectivity to rural southwest Michigan. Listen to this episode here.

Dave Allen: I really see this as a re-lighting of rural America.

Lisa Gonzalez: This is episode 225 of the Community Broadband Bits podcast, from the Institute for Local Self-Reliance. I'm Lisa Gonzalez. There's a project taking shape in rural southwest Michigan and the nearby regions of Indiana and Ohio. It's headed up by the Midwest Energy Cooperative. At the recent Broadband Communities Economic Development Conference in Minneapolis, Chris ran into Bob Hance, President and CEO of the cooperative, and Dave Allen, the cooperative's Vice President of Regulatory Compliance. Naturally, we wanted to hear more about their project and share the details with you. They provide some history and how access to high quality connectivity has positively impacted a number of their rural members. Chris, Bob, and Dave also have some interesting thoughts on federal funding programs, project standards, and the different rules for cooperatives and big corporate providers. Learn more about the project at teamfiber.com, where you can also discover more about the cooperative. Now you may notice some background noise. We apologize in advance. While we advocate for local choice and access to technology, sometimes technology is just not on our side. We had a little trouble with the mic that day. Also, Chris is suffering from allergies, and until winter sets in, he may sound a little like the late Howard Cosell, but never fear, it is our Christopher. Now, here with Chris are Bob Hance, President and CEO, and Dave Allen, Vice President of Regulatory Compliance for Midwest Energy Cooperative.

Christopher Mitchell: Welcome to another edition of the Community Broadband Bits podcast. I'm Chris Mitchell. Today, I'm speaking with two folks from Michigan. Bob Hance, the President and CEO of Midwest Energy Cooperative. Welcome to the show.

Bob Hance: Thank you.

Christopher Mitchell: And Dave Allen, the Vice President of Regulatory Compliance for the Cooperative. Welcome to the show.