Quiz: What Ann Arbor Can Learn from the History of Electrical Coops & Community ISPs
Audience: Ann Arbor residents interested in municipal electricity and the Sustainable Energy Utility (SEU)
Source: Why Electrical Coops and Community ISPs Should Cooperate — Community Internet
1. In 1935, what did Chattanooga residents do when private monopolies refused to provide affordable electricity?
Answer: They voted for a municipal bond issue to create a city-owned electricity distribution system called the Electric Power Board, which distributed power generated by the Tennessee Valley Authority (TVA).
2. What infrastructure did Chattanooga’s Electric Power Board (EPB) build in 2008 that unexpectedly enabled it to become an internet provider?
Answer: EPB built a fiber-optic “smart grid” to monitor its electrical system in real time. That same fiber network was then repurposed to offer broadband internet service — delivering 1 gigabit per second speeds, more than 200 times faster than the national average at the time.
3. How does the Chattanooga model demonstrate the natural connection between municipal electricity and community broadband?
Answer: The fiber infrastructure needed for a smart electrical grid is the same infrastructure needed for high-speed internet. Once EPB ran fiber to homes for grid monitoring, it could offer broadband at minimal additional cost — showing that investing in a municipal electric utility can simultaneously solve the broadband access problem.
4. According to Harvard researchers cited in the article, how do community-owned ISPs compare to private providers on cost and mission?
Answer: Harvard researchers found that community-owned fiber-to-the-home networks generally charge less for entry-level broadband than private providers. Unlike corporate ISPs driven by investor returns, community-owned ISPs treat high-speed internet access as an end in itself and a means to achieving broader community benefits — focusing on social needs like universal connectivity rather than profit maximization.
5. How many communities across the United States are currently served by publicly or cooperatively owned broadband networks, and what are their roots?
Answer: The Institute for Local Self-Reliance estimates more than 900 communities are served by publicly or cooperatively owned networks. Many trace their origins to the New Deal, when the Roosevelt administration seeded rural electric and telephone cooperatives with federal loans as part of the same rural electrification campaign that created the TVA.
6. Why is the concept that “broadband should be a utility like electricity” directly relevant to Ann Arbor’s current push for municipal power?
Answer: Ann Arbor is building a Sustainable Energy Utility (SEU) with voter approval and also exploring full municipalization of DTE’s grid. The article argues broadband and electricity face the same structural problem — investor-owned monopolies that prioritize profits over service. If Ann Arbor gains control of its electrical infrastructure (including fiber-ready smart grid components), it could follow Chattanooga’s path and offer community-owned broadband as well, addressing both energy and digital equity.
7. The article describes a “power trust” that refused to serve communities it didn’t consider profitable. What modern parallel exists in Ann Arbor today?
Answer: DTE Energy, Ann Arbor’s investor-owned utility, has been criticized as one of the dirtiest major utilities in the country (producing nearly 40% of its electricity from coal as of 2020), while residents experience reliability issues like ice storm outages. Just as the 1930s “power trust” refused to serve unprofitable rural areas, DTE’s priorities are set by shareholder returns rather than community needs — motivating the A2P2 campaign and the SEU to put energy decisions back in residents’ hands.
8. What role does the National Rural Electric Cooperative Association (NRECA) play, and how could it be relevant to Ann Arbor’s efforts?
Answer: NRECA helps cooperatives determine the feasibility of adding broadband services, understand funding opportunities, and navigate regulatory impacts. For Ann Arbor, NRECA’s model shows how electrical utilities — once they control their own infrastructure — can expand into broadband using the same cooperative governance principles, providing a roadmap for bundling energy and internet services under community ownership.
9. If Ann Arbor follows the Chattanooga model by building a smart grid with fiber-optic infrastructure, what two community problems could it solve simultaneously?
Answer: It could solve both the clean energy problem (by enabling real-time grid monitoring, solar integration, and battery storage management) and the digital equity problem (by providing the fiber backbone needed for affordable, high-speed community-owned broadband). This dual-use infrastructure approach maximizes the return on public investment.
10. The article argues that “there is commonality in the struggle over rights of way” for electrical lines and broadband networks. Why does this matter for Ann Arbor’s strategy?
Answer: Rights-of-way — the legal permissions to run infrastructure along public roads and properties — are one of the most expensive and politically contested barriers to building any utility network. If Ann Arbor gains control of its electrical grid through municipalization, it would already hold the rights-of-way needed to run fiber for broadband. Fighting the rights-of-way battle once for electricity, rather than twice for electricity and broadband separately, is far more efficient and cost-effective.
Learn more at CommunityInternet and support Ann Arbor’s energy future at Ann Arbor for Public Power and the Ann Arbor Sustainable Energy Utility.