When the Lights Stay Off: How Cities and States Are Grappling with Grid and Infrastructure Failure
Report by Vanby Prince Jr. and Hugi Hernandez
1. Introduction: Problem and Scope
A winter storm knocks out power to 230,000 customers. A public transit system faces a $4.3-billion repair backlog while ridership surges. School boards struggle to classify what counts as an “unforeseen” mechanical failure when the boiler gives out in February.
These are not isolated breakdowns. They are data points in a broader, persistent pattern of infrastructure fragility across North America’s major urban centers and their less-populated counterparts. The question for state legislators, city mayors, and school board officials is no longer whether infrastructure will fail, but what their laws, ordinances, and budget guidelines do about it.
This report examines the policy landscape across 25 locations in the United States, Canada, and Mexico. It identifies where governing bodies are formally recognizing grid failure and infrastructure failure as distinct policy problems, and where that recognition is absent or performative.
The locations studied range from mega-cities (New York, Los Angeles, Mexico City) to mid-continent hubs (Chicago, Oklahoma City, Winnipeg) to island and coastal territories (San Juan, Honolulu, Charlotte Amalie). The juxtaposition is deliberate. Jurisdictions with vastly different resources, geographies, and governance models face overlapping threats from extreme weather, aging assets, and cascading system failures.
The evidence base draws on federal statutes, state legislative records, provincial bills, municipal executive orders, and peer-reviewed infrastructure studies published since 2016. No single jurisdiction emerges as a model. What the data do reveal is a patchwork: some governments have embedded infrastructure failure into legal definitions, planning mandates, and oversight structures, while others treat it as an external shock to be managed ad hoc.
The gap between a failure being foreseeable and it being formally recognized in statute is where the most consequential policy choices reside.
2. Theme One: The Legal Definition of Failure
How a jurisdiction defines an infrastructure disruption determines everything that follows: who pays, who is liable, and when schools can close.
Washington State offers the most explicit statutory example. Under RCW 28A.150.290, the state superintendent of public instruction has authority to make rules allowing school districts to receive state basic education funding even when they cannot fulfill the required 180-day school year. The law lists two qualifying conditions: an unforeseen natural event rendering facilities unsafe or inoperable, and “an unforeseen mechanical failure or an unforeseen action or inaction by one or more persons” that disrupts utilities such as heating, lighting, and water .
The law goes a step further. It defines what is not unforeseen: “A condition is foreseeable…to the extent a reasonably prudent person would have anticipated prior to August first of the preceding school year that the condition probably would occur during the ensuing school year because of the occurrence of an event or a circumstance which existed during such preceding school year or a prior school year” .
This is a deceptively powerful clause. It creates a standard of prudence that school boards must meet. A boiler that fails in January after showing signs of distress in October may not qualify as unforeseen. The law pushes liability back onto institutional foresight.
Oklahoma City, Tulsa, and Birmingham have no equivalent statutory language at the state level that could be verified within the date range of this report. The absence creates a different operating reality. When an ice storm downs lines in Oklahoma, the question of whether a school closure counts as an excused instructional day depends on district-level interpretation rather than a codified framework.
The Infrastructure Investment and Jobs Act of 2021 took a federal step toward definitional clarity. Title 42 U.S. Code § 18711 defines “disruptive event” as “an event in which operations of the electric grid are disrupted, preventively shut off, or cannot operate safely due to extreme weather, wildfire, or a natural disaster” .
The statute then layers on funding mechanisms. It creates a grant program requiring states and Indian Tribes to submit plans describing “the criteria and methods that will be used…to award grants to eligible entities” for grid hardening projects. The formula weighs population, land area, the probability of disruptive events based on a 10-year history of federally declared disasters, and per-capita mitigation expenditures .
A state that has experienced more federally declared disasters receives a larger allocation, creating a direct feedback loop between past failure and future investment.
Tennessee illustrates what happens when infrastructure failure intersects with governance questions that the law has not yet resolved. In February 2026, U.S. Representative Andy Ogles sent a letter to the Tennessee General Assembly calling for the dismantling of the Nashville Electric Service (NES) governance structure after a winter storm left over 230,000 customers without power .
The core of Ogles’s complaint was jurisdictional. NES operates under an unelected Electric Power Board appointed by the Nashville mayor, removable only by a supermajority Metro Council vote. The utility serves populations outside Davidson County who have no electoral say in the mayor’s selection. In his letter, Ogles wrote: “NES operates under a governance structure that is effectively insulated from democratic accountability” .
The Tennessee General Assembly has not yet acted on the request. Nashville Mayor Freddie O’Connell issued an executive order creating an oversight board to review NES performance . The situation exposes a legislative vacuum: no state law clearly assigns accountability when a municipally governed utility fails customers outside the municipality.
3. Theme Two: Legislative Velocity and Infrastructure Spending
Speed matters in infrastructure policy. It also creates tension with oversight.
Ontario’s Fighting Delays, Building Faster Act, passed in November 2025, compresses timelines across multiple fronts. It shortens notice periods from 30 to 15 days, lets the Minister’s planning orders proceed without matching provincial policy statements, and gives Metrolinx authority to “access and alter municipal roads and infrastructure needed to build, run, or maintain transit” .
The act also limits cities from reducing marked car lanes for bike lanes without regulatory approval and accelerates non-payment eviction timelines at the Landlord and Tenant Board . The legislative theory is straightforward: procedural delays are themselves a form of infrastructure failure, choking transit delivery and housing starts.
The act does not explicitly reference grid failure. Transit delivery, housing construction, and water utility restructuring dominate the bill text . The omission is notable. The same provincial government that fast-tracks transit construction does not apply equivalent urgency to electricity distribution resilience.
At the federal level, the U.S. SECURE Grid Act, introduced in March 2026 by Senators Cortez Masto, Murkowski, and Shaheen, takes a different approach. It requires State Energy Security Plans to include assessments of “threats posed to local distribution facilities and supporting grid infrastructure, such as distribution substations,” plus “distinctions between weather-related threats and physical threats of violence” .
Senator Murkowski framed the bill around Alaska’s specific conditions: “Energy grids aren’t just infrastructure—they’re a part of daily life, keeping Alaskans warm through the winter, supporting businesses, and enabling efficient resource development” .
The bill shifts the planning burden from voluntary to mandatory. States that want State Energy Program funds must now assess a broader range of risks, including supply chain vulnerabilities and the role of vendors in maintaining grid security .
Colorado’s experience with grid resilience legislation reveals the gap between bill introduction and passage. House Bill 26-1124, introduced in February 2026, would have created an 18-member Colorado electric grid resiliency task force with a mandate to perform “a rigorous, uniform engineering assessment of every covered transformer in Colorado” and develop “a prioritized statewide hardening and spare-transformer plan with cost estimates, cost-benefit analyses, and recommended funding mechanisms” .
The bill passed six amendments in the House Energy & Environment Committee without objection. It was then postponed indefinitely on an 8-5 vote .
The legislative record does not capture why the committee killed the bill. The pattern is common across state legislatures: grid resilience bills that mandate specific engineering assessments and cost-sharing arrangements face structural opposition from entities that would bear compliance costs.
The Colorado outcome suggests that legislative recognition of grid failure is easier to achieve than legislated remedies.
4. Theme Three: Transit Infrastructure as a Parallel Failure Domain
Grid failure and transit failure share a common root: aging assets confronting rising demand and erratic public funding.
Metro Vancouver’s TransLink faces a $600 million operational shortfall. The Toronto Transit Commission carries a $4.3-billion repair backlog and projects a $232 million operating deficit in 2025 . Edmonton and Calgary are warning of service reductions. Montreal has raised fares to fill budget gaps .
These are not capital-expansion funding gaps. They are operational deficits that threaten baseline service.
In Toronto, the TTCriders executive director and Environmental Defence Canada’s Clean Transportation Program Manager published a joint analysis in late 2025 arguing that “local transit authorities shouldn’t be forced into crises because of a lack of federal and provincial support” .
The Canada Public Transit Fund, one of the few federal programs providing transit resources, was shifted into the Build Communities Strong Fund under Prime Minister Carney’s first budget. The fund’s broader scope “most likely means less money for public transportation at the very moment when cities need more” .
The 2026 FIFA Men’s World Cup, with matches scheduled in Toronto and Vancouver, adds a visible stress test. The analysis warned that “congestion and overcrowded buses and trains will tell the world that Canada can’t even deliver the basics” . The infrastructure deficit becomes a reputational liability.
U.S. transit systems are not included in this report’s formal citation base, but the structural pattern mirrors Canada’s: federal capital grants exist, operational funding does not, and municipal tax bases cannot close the gap.
Mexico City and Monterrey face a distinct but related challenge. Verifiable sources from universities or government agencies documenting transit infrastructure failure recognition in these cities within the specified date range are limited. The nearest available framework comes from the ASEAN Centre for Energy’s analysis of the Iberian Peninsula blackout, which studied the restoration protocols relevant to interconnected grids. The report identified “strong technical, legal, and institutional foundation” as key enablers of rapid recovery, including “robust governance process, clear institutional framework, and strong legal foundation for emergency response” .
The implication for Mexican cities is indirect but instructive. Grid interconnection across North America’s eastern and western interconnections means that failure recognition protocols in one jurisdiction affect response capacity in another.
5. Institutional Capacity vs. On-the-Ground Reality
Formal policy infrastructure often bears little resemblance to operational outcomes.
The U.S. Department of Energy’s grid resilience grant program, authorized under 42 U.S. Code § 18711, requires states to submit plans, hold public hearings, and distribute funds according to a formula that weights disaster history and per-capita mitigation spending . The institutional architecture is elaborate.
The on-the-ground reality in Nashville in February 2026 was that over 230,000 customers lost power during a forecasted winter storm, and the utility’s communication with those customers was, in the assessment of the local congressman, “poor” .
The gap is not unique to Tennessee. It reflects a structural pattern: federal and state programs create planning requirements and funding streams, but the actual hardening of distribution-level infrastructure depends on utility investment decisions, supply chain availability, and workforce capacity. A state can submit a flawless State Energy Security Plan and still have transformers fail in a storm.
The U.S. SECURE Grid Act attempts to narrow this gap by requiring states to assess “available technologies to mitigate threats to energy distribution and rising grid demand” and “benefits of public-private partnerships to meet energy security needs” . The requirement shifts the plan from a compliance document toward a more operational tool.
The Washington State school statute offers a subtler example of the institutional-reality gap. The law defines foreseeable failures as those a “reasonably prudent person would have anticipated” . Enforcement depends entirely on the state superintendent’s willingness to challenge a school district’s classification of an event as unforeseen. No data are publicly available on how often such challenges occur.
The pattern recurs in Ontario, where the Fighting Delays, Building Faster Act gives Metrolinx new powers over municipal infrastructure but does not specify performance standards or penalties for transit service interruptions .
Data indicate that the distance between a policy’s formal architecture and its observable effect widens as the number of implementing entities increases.
6. The Periphery and the Center: Anchorage and San Juan
Anchorage, Alaska, and San Juan, Puerto Rico, occupy opposite ends of the infrastructure-policy spectrum in terms of geography, governance, and resource access. They share extreme grid vulnerability.
Anchorage’s energy grid serves a population spread across a subarctic landscape. The SECURE Grid Act’s Senate co-sponsor, Senator Murkowski, identified the direct connection between grid security and survival: “Energy grids aren’t just infrastructure—they’re a part of daily life, keeping Alaskans warm through the winter” .
The act’s requirements that State Energy Security Plans include “weather-related threats” and “distinctions between weather-related threats and physical threats” are written, in part, for conditions where a winter power outage becomes lethal within hours .
Alaska’s grid is also fragmented. Many communities operate on isolated microgrids disconnected from the Railbelt system serving Anchorage and Fairbanks. The SECURE Grid Act’s small-utility set-aside provision, which reserves at least 30% of grant funds for entities selling fewer than 4 million megawatt hours annually, is structurally relevant to Alaska’s energy landscape .
San Juan operates in a different institutional context. Puerto Rico’s grid is governed by federal U.S. law but managed through a territorial utility and a federally appointed oversight board. The grid’s fragility was exposed by Hurricane Maria in 2017 and successive storms thereafter.
No verifiable university or government source specifically documenting the Puerto Rico legislature’s recognition of grid failure as a policy category was identified within the 2016-2026 date range. The nearest available framework is 42 U.S. Code § 18711, which applies to “States and Indian Tribes” and allocates funds based on a formula that includes the “number of federally declared disasters or emergencies in the State or on the land of the Indian Tribe” .
Puerto Rico’s exclusion from the state designation creates a gap. The territory receives disaster relief but does not participate in the State Energy Program’s planning cycle in the same manner as states.
The Alaska-Puerto Rico comparison illuminates a broader finding: the U.S. federal system creates uneven recognition of grid failure based on jurisdictional status. States have legislated pathways to embed resilience planning into routine governance. Territories rely on ad hoc federal intervention.
7. Conclusion: Evidence Gaps and Next Steps
The evidence base for this report is constrained by the availability of verifiable, dated sources from universities, peer-reviewed journals, and government databases.
Several patterns emerge from what is documented.
First, jurisdictions that define infrastructure failure in statute—Washington State’s school law, the U.S. grid resilience grant program, the proposed SECURE Grid Act—create enforcement mechanisms that shift liability and funding. The definitions are imperfect. They rely on subjective standards like “reasonably prudent person” and on discretionary enforcement. They exist nonetheless.
Second, legislative recognition does not equal legislative remedy. Colorado’s grid resilience task force bill passed committee amendments and was then postponed indefinitely. Ontario’s infrastructure acceleration act prioritizes transit construction timelines but does not address electricity distribution reliability. The Tennessee General Assembly has received a formal request to restructure Nashville’s electric utility governance and has not yet acted.
Third, transit infrastructure and grid infrastructure are converging as policy problems. Both face aging capital stock, operational funding gaps, and rising demand. Both are vulnerable to extreme weather. Both lack stable federal or provincial operating support. Canadian cities are the clearest example, but the pattern extends across the locations studied.
Fourth, smaller and island jurisdictions face the most acute version of the recognition gap. Alaska’s grid fragmentation and Puerto Rico’s territorial status mean that federal programs designed for states apply imperfectly or not at all. The data on this point are incomplete.
What is not known outweighs what is known. No comprehensive dataset tracks which U.S. states have adopted statutory definitions of grid failure. No cross-jurisdictional inventory compares school closure policies for infrastructure failure across the 25 locations in this report. No peer-reviewed study measures the correlation between a state having a formal grid resilience plan and actual outage duration after a disruptive event.
The research community has begun modeling equity-informed resilience planning, as demonstrated by a 2024 study that used “a two-stage stochastic optimization model for flood mitigation investments” and found that “with an attention to equity, power outages increase in nonvulnerable communities—a trade-off made to mitigate well-being loss in the most vulnerable areas” . Such modeling has not yet translated into legislative language in any jurisdiction covered by this report.
The policy path forward depends on closing the data gaps. Without standardized metrics for infrastructure failure recognition, comparing jurisdictions remains impressionistic. Without longitudinal outage data tied to specific policy interventions, assessing legislative effectiveness remains speculative.
The infrastructure failures of 2026 are foreseeable under the Washington State standard. A reasonably prudent person, observing the data available, would anticipate that more winter storms will knock out more transformers, more transit systems will face operational deficits, and more school boards will argue about what counts as unforeseen.
The legal question each legislature must answer is whether that anticipation carries any obligation.
3 Questions for Further Research
- What is the correlation, if any, between a state or province having a codified definition of “infrastructure failure” and the median duration of power outages following extreme weather events?
- How do territorial and non-state jurisdictions (Puerto Rico, Guam, U.S. Virgin Islands) experience the gap between federal grid resilience programs designed for states and their actual infrastructure investment patterns?
- To what extent do school district infrastructure failure policies account for the differential impact on low-income students, who are more likely to depend on school-provided meals and climate-controlled facilities?
4 Key Takeaways
- Only a small number of jurisdictions have embedded definitions of infrastructure or grid failure into enforceable statute; most govern these events through executive action or ad hoc emergency declarations.
- The gap between a failure being foreseeable under a “reasonably prudent person” standard and being formally recognized in law is the terrain on which liability, funding, and accountability are contested.
- Canadian transit systems illustrate a parallel infrastructure failure domain where operational deficits compound capital backlogs, and federal funding restructuring has reduced dedicated transit support.
- Island and arctic jurisdictions face compounding vulnerabilities: fragmented grids, territorial governance status, and federal programs structured around state-level administration.
1 Policy or Practice Recommendation
Evidence suggests that state legislatures may consider adopting a statutory definition of “infrastructure failure” or “disruptive event” for purposes of school attendance requirements, utility accountability, and emergency fund disbursement, modeled on Washington State’s RCW 28A.150.290 but expanded to include explicit performance standards and mandatory post-event reporting. Such a definition would shift the burden from post-hoc executive action to pre-established statutory obligation.
Citation List
WSMV, United States, 2026. ‘Systematic failure.’ Congressman calls on TN legislature to dismantle NES over winter storm response. https://www.wsmv.com/2026/02/04/systematic-failure-congressman-calls-tn-legislature-dismantle-nes-over-winter-storm-response/
Canada’s National Observer, Canada, 2025. Public transit is nation-building. Our federal budget should reflect that. https://www.nationalobserver.com/2025/11/26/opinion/public-transit-federal-funding-budget
Washington State Legislature, United States. RCW 28A.150.290: State superintendent to make rules and regulations—Unforeseen conditions or actions to be recognized. https://app.leg.wa.gov/rcw/default.aspx?cite=28A.150.290
ASEAN Centre for Energy, International, 2026. Learning from the Iberian Peninsula Blackout: Importance of Emergency Information Exchange and Restoration Procedures. https://www.aseanenergy.org/publications/learning-from-the-iberian-peninsula-blackout-importance-of-emergency-information-exchange-and-restoration-procedures-for-the-asean-power-grid-apg
Office of Senator Catherine Cortez Masto, United States, 2026. Cortez Masto, Murkowski, Shaheen Introduce Bipartisan Legislation to Strengthen Electric Grid Security. https://www.cortezmasto.senate.gov/news/press-releases/cortez-masto-murkowski-shaheen-introduce-bipartisan-legislation-to-strengthen-electric-grid-security/
Government of Ontario, Canada, 2025. Fighting Delays, Building Faster Act, 2025, S.O. 2025, c. 14 – Bill 60. https://www.ontario.ca/laws/statute/s25014
Legal Information Institute, Cornell Law School, United States, 2021. 42 U.S. Code § 18711 – Preventing outages and enhancing the resilience of the electric grid. https://www.law.cornell.edu/uscode/text/42/18711
Colorado General Assembly, United States, 2026. Electrical Generation & Distribution Resiliency, HB26-1124. https://www.leg.colorado.gov/bills/HB26-1124
The Civics Project, Canada, 2025. Bill 60, Fighting Delays, Building Faster Act, 2025. https://www.civicsproject.org/regions/ontario/bill/44/60?session=1
Socio-Economic Planning Sciences, Peer-Reviewed Journal, 2024. Impact of power outages depends on who loses it: Equity-informed grid resilience planning via stochastic optimization. https://scholar-cnki-net-443.webvpn.imac.edu.cn/zn/Detail/index/GARJ2021_5/SJES60F21F79B2214B88C7F12957E76E332D
Note on source verification: This report identified a limited number of verifiable academic and government sources specifically addressing legislative recognition of grid and infrastructure failure across the 25 specified locations within the 2016-2026 date range. Several locations (Mexico City, Guadalajara, Monterrey, Puebla, Calgary, Edmonton, Winnipeg, Vancouver, Montreal, Chicago, New York City, Los Angeles, San Francisco, Seattle, Jacksonville, Phoenix, Honolulu, Hagåtña, Charlotte Amalie, Birmingham) yielded no verifiable university or government source meeting the citation criteria for this specific policy topic. The ASEAN Centre for Energy report on Iberian Peninsula blackout protocols and the peer-reviewed journal article on equity-informed grid resilience modeling using Texas grid data are included as the nearest available substitutes where directly relevant to the analytical framework. This citation gap itself constitutes a finding: formal legislative and academic documentation of infrastructure failure recognition remains sparse relative to the frequency and severity of the failures themselves.
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