Calificación de la resiliencia de la red eléctrica y oportunidades de inversión de infraestructura energética a la luz del corte de energía de San Francisco

The December 20, 2025, power outage in San Francisco-leaving over 130,000 PG&E customers in darkness-serves as a stark reminder of the fragility of modern energy systems. A fire at a substation on 8th and Mission streets triggered cascading failures, disrupting traffic signals, public transit, and daily life across neighborhoods like the Presidio and Golden Gate Park. While PG&E stabilized the grid by 5 p.m., the incident exposed vulnerabilities in infrastructure designed for a 20th-century energy landscape. For investors, the outage underscores a critical question: How can capital be deployed to fortify grids against both physical and digital threats while aligning with the global energy transition?

The Anatomy of Vulnerability

San Francisco's outage is not an isolated event. The 2025 Unit 42 Global Incident Response Report notes a surge in operational disruptions, with 86% of 2024 incidents involving business downtime or reputational harm. In May 2025, a BART computer outage during peak hours stranded commuters and exacerbated regional traffic, revealing systemic fragility in redundant systems. These incidents highlight a dual challenge: aging physical infrastructure and underinvested cybersecurity frameworks.

The Cybersecurity and Infrastructure Security Agency (CISA) has responded by updating its Cross-Sector Cybersecurity Performance Goals, emphasizing leadership accountability and supply-chain risk mitigation. Yet, as the San Francisco Public Utilities Commission (SFPUC) acknowledges, resilience requires more than digital safeguards-it demands a reimagining of energy infrastructure itself.

A Blueprint for Resilience: Decentralization and Storage

The SFPUC's Paulsell Energy + Battery Storage Project, a 200 MW/200 MWh facility in Stanislaus County, exemplifies this shift. By integrating solar and battery storage, the project supports CleanPowerSF's 100% renewable electricity goal, two years ahead of the city's Climate Action Plan. Such projects are not just environmental milestones but strategic investments in grid flexibility.

California's broader progress-adding 20,000 MW of clean energy and scaling battery storage from 700 MW to 13,000 MW since 2020-demonstrates the viability of decentralized, digitized grids. As Deloitte notes, these systems are better equipped to handle variability from renewables and extreme weather events. For investors, the lesson is clear: portfolios must prioritize assets that combine clean energy generation with storage and smart-grid technologies.

The Investment Imperative

The energy transition remains a "key mega-theme" in global infrastructure investment, particularly in Europe and Asia-Pacific, according to Schroders' Q4 2025 Private Markets Investment Outlook. However, momentum is slowing due to financing gaps and geopolitical risks. Here, policy frameworks play a pivotal role. China's economy-wide emissions plan and India's National Green Hydrogen Mission offer templates for aligning public and private capital.

For San Francisco and similar cities, the path forward involves three pillars:
1. Modernizing grids with decentralized, digitized architectures to enhance reliability.
2. Scaling storage to buffer against intermittency and outages.
3. Strengthening cybersecurity through updated benchmarks and leadership accountability.

The Bottom Line: Resilience as a Return Driver

While the upfront costs of these investments are substantial, the long-term returns-both financial and societal-are undeniable. Energy infrastructure with inflation linkage and long-duration income streams, as noted by Roland Berger, offers attractive diversification in volatile markets. Moreover, projects aligned with the energy transition and technological innovation are poised to outperform as demand for clean energy surges.

The San Francisco outage is a wake-up call, but also an opportunity. For investors willing to look beyond short-term yields, the future lies in infrastructure that is not just sustainable but resilient-capable of withstanding the shocks of climate change, cyberattacks, and aging systems. As the SFPUC and California's energy leaders have shown, the blueprint exists. Now, the capital must follow.