PG&E Strategy and Business Model

Executive Overview

PG&E is the parent of Pacific Gas and Electric Company, the regulated utility that delivers electricity and natural gas across Northern and Central California. Headquartered in Oakland and tracing its utility roots to 1905, PG&E operates in one of the most valuable but most operationally complex service territories in the United States: dense urban load centers, agricultural regions, mountain terrain, and some of the highest wildfire-risk areas in the country. That geography shapes the strategy. PG&E is not trying to gain market share in the usual sense; it is trying to earn regulatory and public trust by making the system safer, more reliable, more resilient, and better aligned with California’s decarbonization agenda while keeping customer bills as manageable as possible. In FY2024, PG&E generated roughly $24 billion of revenue. Its economics are those of a regulated monopoly: if the company can prudently invest in grid hardening, undergrounding, gas-system safety, transmission upgrades, and critical generation assets, those investments can grow rate base and earnings over time. The central strategic tension is enduring: reduce wildfire and safety risk, modernize aging infrastructure, support electrification, and improve affordability after years of severe operational and reputational strain.

PG&E at a Glance

Logo
Common name	PG&E
Full legal name	PG&E Corporation
Headquarters	Oakland, California, United States
Ownership	Publicly traded; widely held; no controlling shareholder disclosed
Ticker	PCG
Exchange	NYSE - New York Stock Exchange
Market Cap	$37.03B
Revenue (FY2024)	$24.59B
Founding / major historical milestones	Utility roots in 1905; PG&E Corporation holding company formed in 1995; Chapter 11 filings in 2001 and 2019; emerged from 2019 bankruptcy in 2020
Industry or industries	Regulated electric utility; regulated natural gas utility; energy infrastructure
Key products or services	Electric transmission and distribution, electric generation and procurement, natural gas transportation, storage, and distribution, interconnection and customer energy services
Geographic footprint	Northern and Central California; service territory of roughly 70,000 square miles across 46 counties
Business segments as officially reported	One reportable segment: Pacific Gas and Electric Company, the regulated utility
Company website	https://www.pgecorp.com/

1. What Is the Strategy of PG&E?

1a. What is the winning aspiration of PG&E?

PG&E’s public messaging centers on being a safe, reliable, affordable, and increasingly clean energy utility for Northern and Central California. For PG&E, “winning” is not mainly about outgrowing rivals; it is about earning the regulatory and social license to invest. After the San Bruno gas explosion, catastrophic wildfire liabilities, and the 2019 bankruptcy, the company’s practical aspiration is to become a utility that regulators, customers, and investors believe can operate safely at scale. Its investor communications have also tied that aspiration to a multi-year capital plan and continued core earnings growth, but those financial outcomes are downstream of safety, reliability, and credibility.
1b. Where does PG&E play?

PG&E plays in regulated electric and gas utility service within its California service territory. That means electric transmission and distribution, bundled electric supply for many customers, natural gas transportation and distribution, customer metering and billing, interconnection, and grid services. It serves residential, commercial, industrial, agricultural, and public-sector customers across Northern and Central California. It also operates within California’s evolving retail structure, where Community Choice Aggregators (CCAs) and other energy providers may supply generation while PG&E continues to own and operate the wires, gas system, meters, and customer interface for delivery.
1c. How does PG&E plan to win?

PG&E plans to win through operational and regulatory execution rather than classic price competition. The company’s public strategy has emphasized reducing wildfire ignition risk, hardening and modernizing the grid, improving outage performance, strengthening gas-system safety, supporting California’s electrification and clean-energy goals, and doing all of that with greater cost discipline. In a regulated utility, the route to superior performance is to deploy capital into projects regulators view as necessary and prudent, run field operations safely, and maintain enough customer and political support that future investments remain financeable.
1d. What capabilities must PG&E have in place?

PG&E needs a distinct set of capabilities to execute this strategy: wildfire risk modeling and mitigation; large-scale field construction and vegetation management; transmission and distribution engineering; gas integrity management; emergency response and incident command; regulatory affairs and rate-case execution; procurement for long-lead grid equipment; digital grid operations; customer communications during high-risk events; and a capital-allocation process that can prioritize safety and resiliency investments without losing control of affordability.
1e. What management systems does PG&E require?

PG&E requires management systems built around safety governance, risk-based asset management, regulatory compliance, capital planning, and emergency operations. In practice, that includes formal wildfire and gas-safety programs, inspection and work-management systems, outage and restoration metrics, operating and maintenance cost controls, regulatory tracking of cost recovery mechanisms, and executive oversight that connects field performance to capital deployment. Because affordability has become a major issue in California, PG&E also needs management systems that measure bill impacts, productivity, and customer outcomes rather than only engineering completion rates.

2. What Are the Current Strategic Initiatives of PG&E?

PG&E’s FY2024 and early-2025 public materials point to a strategy built around a few concrete operating programs rather than abstract themes. The most important initiatives are the ones that can reduce wildfire risk, improve resiliency, enable California’s energy transition, and support recovery of a very large capital plan.

Wildfire risk reduction. This is the signature initiative. PG&E has emphasized system hardening in high fire-threat districts through undergrounding, covered conductor, stronger poles, sectionalizing devices, inspections, enhanced vegetation management, weather stations, and high-definition cameras. Enhanced Powerline Safety Settings (EPSS) and Public Safety Power Shutoffs (PSPS) are part of the operating toolkit, although the company’s broader goal is to reduce the need for outages by making the system intrinsically safer.
Grid modernization and resiliency. PG&E continues to invest in transmission and distribution upgrades, substation work, automation, and reliability programs that improve storm response, restore service faster, and prepare the system for more electrified demand and distributed energy resources.
Customer affordability and cost discipline. Management has increasingly paired safety spending with messaging around affordability, operational productivity, and bill moderation. For PG&E, strategic success now depends not just on getting projects approved, but on proving those projects can be executed at a cost customers and regulators will tolerate.
Support for decarbonization and electrification. PG&E is positioned as an enabler of California’s clean-energy transition through transmission upgrades, interconnection work, support for electric vehicle charging and building electrification, and management of critical generation assets such as hydroelectric resources and Diablo Canyon.
Gas system safety and modernization. The gas business remains strategically important. Pipeline replacement, integrity management, leak detection, and storage and transmission safety programs are core initiatives because the gas system carries both safety risk and a meaningful share of PG&E’s earnings base.
Financing and risk management for a large capital program. A utility with PG&E’s recent history cannot treat finance as back office. Preserving liquidity, funding capital expenditures, managing insurance and wildfire-related risk, and maintaining access to capital markets are ongoing strategic initiatives.

3. What Is the Business Model of PG&E?

What customers actually buy

PG&E customers buy essential utility service: safe and reliable access to electricity and natural gas, plus the infrastructure and operations behind that service. In electric service, that can include bundled generation, transmission, distribution, metering, outage restoration, and billing. For many customers who receive generation from a CCA or another electric service provider, PG&E still delivers the power, maintains the grid, reads the meter, and often sends the bill.

What portion of the model is recurring or repeat-driven versus one-time

The business is overwhelmingly recurring. Most revenue comes from monthly tariff-based service to a large installed customer base. One-time charges such as new service connections, construction contributions, or certain interconnection-related fees exist, but they are small compared with recurring delivery and utility-service revenue.

How pricing power works, if at all

PG&E has limited conventional pricing power. It cannot simply raise prices in response to demand or inflation. Instead, rates and many cost-recovery mechanisms are set through regulatory proceedings at the California Public Utilities Commission (CPUC) and, for some activities, the Federal Energy Regulatory Commission (FERC). The real economic lever is prudent capital deployment: when PG&E invests in assets regulators approve and allows for cost recovery, those assets can enter rate base and support authorized returns over time.

Why the business mix matters

The mix between electric and gas matters because the electric side currently has the larger strategic growth runway. Wildfire mitigation, undergrounding, transmission expansion, automation, and electrification all pull capital toward the electric system. The gas business remains material for cash flow and reliability, but it faces more long-term policy uncertainty because California is pursuing decarbonization and building electrification.

What drives operating margin and cash generation

For PG&E, gross margin is less informative than regulated revenue requirement, authorized returns, operating efficiency, financing costs, and timing of cost recovery. Purchased power and commodity gas costs can pass through customer bills, which means reported revenue can move without changing underlying earnings power. Cash generation depends on customer collections, the timing of regulatory true-ups and balancing accounts, working capital management, and the gap between when capital is spent and when recovery begins.

Revenue model

The revenue model is a regulated tariff model. Customers are billed under approved rate structures that include fixed and usage-based components. The business behaves more like a recurring infrastructure service model than a transactional product model.

4. What Products and Services Does PG&E Sell?

PG&E’s offerings are best understood as utility service categories rather than consumer products.

Electric transmission and distribution service. This is the core of the company’s value proposition and a major strategic focus because it includes wildfire mitigation, reliability, resiliency, and electrification-enabling investment.
Electric generation and procurement. PG&E supplies bundled electricity to many customers and manages generation assets and purchased-power arrangements to support reliability and regulatory obligations.
Natural gas transportation, storage, and distribution. PG&E moves natural gas through transmission and local distribution infrastructure and provides gas service to homes, businesses, and industrial customers.
Interconnection and grid-access services. Customers and developers interact with PG&E for new service, distributed energy resource interconnections, electric vehicle charging infrastructure, and other grid connection needs.
Customer programs and energy services. These include energy efficiency, demand response, low-income assistance, digital account management, and related customer-service functions. They are strategically important for affordability and customer relations, even if they are not the main revenue drivers.

Electric network service appears to be the biggest strategic earnings engine because it is where the largest capital opportunities sit. Gas service remains important, but the company’s current investment narrative is more centered on the electric grid and wildfire-resilience agenda than on expanding gas volumes.

5. What Are the Closest Peers of PG&E?

PG&E is a regulated monopoly in its own service territory, so it does not have direct competitors in the usual sense. The more useful comparison is with closest peers: other investor-owned utilities facing similar regulatory, safety, resilience, or infrastructure-investment issues.

Southern California Edison / Edison International. The closest California electric-utility peer, operating under the same state policy framework around wildfire, reliability, and affordability.
San Diego Gas & Electric / Sempra. Another California utility peer with both electric and gas operations, useful for comparisons on rate design, wildfire planning, and customer affordability.
Hawaiian Electric. A smaller utility, but relevant as a peer on wildfire exposure, resilience, and the financial consequences of catastrophic events.
Xcel Energy. A multi-state electric and gas utility with western wildfire-mitigation programs and significant clean-energy and transmission investment.
CenterPoint Energy. A regulated electric and gas utility often compared on storm hardening, field operations, and infrastructure modernization.
NiSource. Particularly relevant on gas-system safety modernization, pipeline replacement, and utility risk management after major safety incidents.
Eversource Energy. A regulated wires-and-gas utility peer where earnings depend heavily on transmission and distribution investment and regulatory execution.
Ameren. A useful business-model comparable for rate-base growth through grid investment, even though its geographic and wildfire profile is different from PG&E’s.

6. What Is the Marketing Strategy of PG&E?

PG&E’s marketing strategy is not built around classical consumer demand generation. Because utility service is territory-based and tariff-regulated, PG&E’s practical marketing work is closer to customer communication, trust rebuilding, program enrollment, and stakeholder management.

In practice, that means safety campaigns, outage and PSPS communications, energy-efficiency and electrification outreach, low-income assistance awareness, digital self-service adoption, and community engagement. For large commercial and institutional customers, key-account management and government or community relations matter more than brand advertising. Marketing is therefore a supporting capability, not the core source of competitive advantage. Its real purpose is to reduce friction: explain bills, encourage use of assistance programs, support customer behavior during high-risk weather events, and improve trust in a company whose public reputation has been materially damaged in the past.

7. What Are the Key Customer Segments of PG&E?

PG&E serves a broad and diversified customer base. No single end market appears to dominate the company in the way that a concentrated industrial supplier might depend on a few accounts.

Residential customers. The largest customer group by account count and the most politically sensitive segment because affordability, outage performance, and wildfire-related service interruptions directly affect households.
Small and medium-sized businesses. These customers care about service reliability, rate design, and the ease of getting new or upgraded electric service.
Large commercial and industrial customers. This includes manufacturing, technology, healthcare, higher education, and other energy-intensive users that often require dedicated account support and more complex tariff analysis.
Agricultural customers. Especially important in parts of Central California, where irrigation, food processing, and seasonal demand patterns create distinctive load characteristics.
Public-sector and municipal customers. Schools, local governments, transit agencies, and water districts are meaningful counterparties because they are large, visible, and often active in electrification projects.
Community Choice Aggregators and other electric providers. These are structurally important even though they are not end-use customers in the usual sense. In many cases they serve the generation relationship while PG&E remains the delivery utility.

The customer base is diversified across California’s economy, which reduces single-customer concentration risk. The bigger risks come from policy, weather, affordability, and infrastructure constraints rather than from customer concentration.

8. What Is the Sales Model of PG&E?

PG&E’s sales model is a direct, territory-based regulated-service model. It does not rely on distributors, retailers, or classic enterprise software-style channel partnerships. Customers receive service because they are located within the utility’s franchise territory and take service under approved tariffs.

That said, the go-to-market model still matters. PG&E reaches customers through digital channels, call centers, field service, billing relationships, account managers for larger customers, and specialized teams for new service, interconnection, and electrification programs. For customers served by CCAs, the channel structure is more nuanced: PG&E may remain the delivery, metering, outage-restoration, and billing interface even when another entity provides generation. This structure limits pricing flexibility but creates a premium on service quality, data accuracy, tariff clarity, and customer communication. For consultants, that makes the opportunity less about sales-force expansion and more about channel cost, customer journey design, digital service, and large-account support models.

9. In What Geographies Does PG&E Operate?

PG&E operates almost entirely in Northern and Central California. Its service territory spans roughly 70,000 square miles across 46 counties and includes major population centers in the Bay Area as well as agricultural, mountain, coastal, and forested regions.

Operationally, the company’s footprint includes headquarters in Oakland, a broad network of electric transmission and distribution assets, natural gas transmission and distribution infrastructure, substations, service centers, control operations, hydroelectric facilities in and around the Sierra region, and the Diablo Canyon nuclear plant on the Central Coast. Customers are geographically concentrated in California, but within the state the footprint is broad and varied. That concentration creates both strength and risk: PG&E benefits from serving a large, economically important state, but it is also deeply exposed to California-specific regulation, weather, wildfire conditions, and energy policy.

10. Who Are the Owners of PG&E?

PG&E is a publicly traded company with dispersed ownership. No controlling shareholder has been disclosed. As reflected in PG&E’s 2025 proxy materials and public fund filings around that period, large institutional holders included firms such as The Vanguard Group, BlackRock, and State Street. The Fire Victim Trust created during PG&E’s 2020 reorganization has also been a notable shareholder since emergence from bankruptcy, although that stake has been reduced over time through market sales.

11. How Is PG&E Organized?

PG&E is organized as a holding company structure. PG&E Corporation is the parent, and its principal operating subsidiary is Pacific Gas and Electric Company, the regulated utility.

Legal structure. PG&E Corporation sits above the utility and handles group-level governance, finance, and investor-facing responsibilities.
Reporting structure. Officially, the company reports one reportable segment: the Utility.
Practical operating structure. Day to day, the business is managed through electric operations, gas operations, generation and resource functions, wildfire and vegetation management, customer care, regulatory affairs, finance, legal, and shared corporate services.
Regulatory overlay. The CPUC is central to retail utility regulation, while FERC, the Nuclear Regulatory Commission, the California Independent System Operator (CAISO), and other agencies shape important parts of operations and compliance.

The key point is that PG&E may look simple in segment reporting, but the operating reality is highly complex because one regulated utility is managing multiple networks, multiple regulators, and multiple political constituencies.

12. How Does PG&E Operate?

PG&E operates as a large field-intensive infrastructure business. On a daily basis, it has to keep electric and gas systems running safely, dispatch crews, inspect and maintain assets, coordinate planned capital work, procure energy and materials, manage outages, read meters, bill customers, and communicate with regulators and communities.

The major operating activities that create value are straightforward in concept but difficult in execution:

Plan and prioritize capital. Determine where to harden lines, replace equipment, modernize substations, and upgrade gas infrastructure.
Inspect and maintain assets. Conduct inspections, vegetation management, testing, repairs, and preventive maintenance on a very large network.
Run system operations. Balance and monitor electric and gas flows, coordinate with CAISO and other market participants, and maintain reliability.
Respond to events. Mobilize crews for storms, wildfire conditions, outages, leaks, and other emergencies.
Serve and bill customers. Manage meter data, billing, payment collections, outage communications, service requests, and program enrollment.

The operational bottlenecks are equally clear: wildfire weather, difficult terrain, permitting delays, long-lead equipment, contractor capacity, affordability constraints, and the challenge of doing major construction on a live network that customers depend on every day.

13. What Are the Growth Opportunities for PG&E?

For a regulated utility like PG&E, growth is less about unit sales growth and more about rate-base expansion, load support, and improved execution. The most plausible opportunities are closely tied to the company’s public strategy.

Management-stated: wildfire mitigation and grid hardening. Undergrounding, covered conductor, sectionalizing, and related resilience investments can support long-duration rate-base growth if regulators continue to approve them as prudent and necessary.
Management-stated: electrification-driven grid investment. California’s push toward electric vehicles, building electrification, storage, and cleaner power creates a need for distribution and transmission upgrades, interconnection work, and related grid modernization.
Management-stated: gas-system modernization. Safety-driven pipeline replacement and integrity work remain a source of investment opportunity, even if long-term gas demand is strategically more uncertain than electric demand.
Reasonable synthesis: deeper role as the platform utility for a more decentralized grid. Even where PG&E does not sell all generation, it can still benefit from being the delivery, interconnection, and reliability backbone for solar, storage, microgrids, and CCA-served load.
Reasonable synthesis: productivity-led growth support. Better project execution, procurement discipline, and lower operating cost per unit of work can make it easier for PG&E to sustain political and regulatory support for a large capital plan.

The main constraints are equally important: customer affordability pressure, adverse regulatory outcomes, wildfire liability and insurance costs, permitting delays, community opposition to infrastructure, competition from CCAs for bundled electric supply, and the sheer execution challenge of delivering a massive capital program safely.

14. What Is the History of PG&E?

PG&E’s utility roots date to 1905, when predecessor gas and electric businesses were combined to form Pacific Gas and Electric Company. PG&E Corporation was later created in 1995 as the parent holding company.

The company’s modern history has been defined by repeated periods of stress. PG&E filed for Chapter 11 protection in 2001 during the California energy crisis and emerged in 2004. In 2010, the San Bruno natural gas pipeline explosion became a defining safety failure and triggered years of regulatory, legal, and operational consequences. The 2017 Northern California wildfires and the 2018 Camp Fire then created enormous wildfire liabilities. PG&E filed for Chapter 11 again in 2019 and emerged in 2020 after reaching agreements that included funding for wildfire victims and participation in California’s wildfire framework.

Since emerging from bankruptcy, PG&E’s history has been about rebuilding: strengthening safety governance, accelerating wildfire mitigation, investing in grid hardening, and repositioning itself as a critical enabler of California’s clean-energy transition rather than a utility defined only by past failures.

15. What Are the Key Suppliers to PG&E?

Supplier structure matters to PG&E because it is executing a large, safety-critical capital program in a utility industry where some components have long manufacturing lead times. Public disclosures generally emphasize supplier categories more than named vendors.

Grid equipment manufacturers. Transformers, switchgear, breakers, conductors, cable, poles, insulators, and substation equipment are essential to hardening and modernizing the network.
Construction and field-service contractors. Line contractors, civil contractors, undergrounding specialists, and vegetation-management firms are crucial because PG&E cannot execute all physical work with internal crews alone.
Energy and capacity counterparties. Purchased-power providers, renewable developers, and resource adequacy counterparties matter for electric reliability and bundled customer service.
Natural gas supply and transportation providers. Upstream gas supply and pipeline transportation are important inputs to the gas business.
Technology and cybersecurity vendors. Utilities increasingly depend on software, communications, data systems, and cyber tools to run both operational technology and enterprise systems.

The strategic issue is not just cost. Availability, lead time, quality, and emergency responsiveness can all affect whether PG&E hits its wildfire-mitigation schedule and restoration targets.

16. How Does the Supply Chain of PG&E Function?

PG&E’s supply chain is best understood as a utility infrastructure supply chain rather than a factory supply chain. The company must forecast demand for poles, wire, transformers, underground cable, gas-system components, and field equipment well in advance, place orders early for long-lead items, warehouse critical materials, and stage inventory and contractors ahead of fire season and major storm periods.

Supply-chain performance connects directly to operations. Materials have to be available when crews are dispatched for planned hardening work or emergency restoration. Procurement teams must balance cost with resilience, because a cheaper source is not necessarily better if lead times are long or quality is inconsistent. PG&E also relies on logistics and contractor coordination to move materials and labor across a geographically large and topographically difficult territory. For a company executing large undergrounding and resilience programs, supply-chain reliability is strategically important, not merely administrative.

17. What Are the Key Assets of PG&E?

PG&E is an asset-heavy utility, and its strategic position is inseparable from the physical and regulatory assets it controls.

Electric transmission and distribution network. The core asset base includes transmission lines, distribution lines, substations, transformers, poles, underground systems, and related rights of way.
Natural gas network. Transmission pipelines, local distribution infrastructure, storage assets, compressor stations, and associated safety systems are central to the gas business.
Generation assets. Hydroelectric facilities and the Diablo Canyon nuclear plant are particularly important because they support reliability and California’s clean-energy profile.
Land, easements, and service facilities. Utility operations depend on a wide footprint of yards, control centers, maintenance facilities, and access rights.
Regulated franchise and customer base. This is not a physical asset, but it is economically critical: PG&E’s legally defined service territory and installed customer relationships create barriers to entry that most industries do not have.

Asset intensity shapes the economics. Returns depend on the ability to invest, maintain, and recover costs on a huge physical network. That creates high barriers to entry, but it also creates heavy capital needs and substantial operating leverage if safety or execution goes wrong.

18. What Is the Technology Strategy of PG&E?

Technology at PG&E is primarily an internal enabler, not a product sold to customers. The company’s technology strategy appears focused on making a very large utility system safer, more observable, and more controllable.

A major theme is wildfire technology. PG&E has invested in weather stations, cameras, system monitoring, advanced settings on electric lines, and data-driven risk tools that help the company identify high-risk conditions and prioritize field action. A second theme is grid digitization: smart metering, automation, outage management, distribution-system visibility, and tools that support interconnections and distributed energy resources. A third theme is enterprise and operational resilience, especially cybersecurity, because a modern utility has to protect both information technology and operational technology.

Technology is central to competitiveness in a regulated utility context because it can reduce ignition risk, improve restoration speed, support more efficient capital deployment, and give regulators more confidence that the utility is operating with modern controls. The constraint is that technology still has to fit within approved business cases and utility-grade reliability standards.

19. What Is the Finance Strategy of PG&E?

PG&E’s finance strategy is tightly linked to its operating strategy. The company needs to fund a large, safety-driven capital plan while preserving enough balance-sheet resilience to manage wildfire exposure, insurance costs, and normal utility financing needs.

Fund the capital program. The first priority is financing investments in wildfire mitigation, undergrounding, transmission, distribution, and gas-system safety.
Support credit quality and liquidity. After the 2020 emergence from bankruptcy, maintaining access to debt and equity capital markets remained strategically important.
Manage risk transfer and liability exposure. Insurance, regulatory recovery mechanisms, and California’s broader wildfire framework matter more to PG&E than to many utilities because catastrophic-event exposure is so consequential.
Balance growth with affordability. Finance strategy cannot be separated from customer bills. If the capital plan drives unacceptable bill pressure, regulatory support becomes harder to sustain.
Reinvest rather than emphasize shareholder distributions. As of FY2024, PG&E’s posture remained focused on reinvestment and financial resilience rather than on a mature-utility dividend story.

The broader point is that PG&E’s capital allocation is not a generic utility exercise. It is a financing strategy designed to restore confidence, support safety investments, and keep the company credible with regulators, rating agencies, and customers at the same time.

20. How Companies Like PG&E Leverage Independent Consultants through Umbrex

Umbrex has built a global community of more than 8,000 independent management consultants based in over 50 countries. These consultants are alumni of McKinsey, Bain, BCG, and other top firms. Companies like PG&E engage Umbrex when they need that level of training and judgment but do not need a full consulting team with the overhead of a major firm. Umbrex consultants work across Strategy, Operations, Organization, Marketing, Sales, Finance, Technology, ERP, and AI. For a utility with PG&E’s mix of wildfire mitigation, infrastructure modernization, affordability pressure, and regulatory complexity, the most useful independent consultants are usually specialists who can solve a defined problem quickly and work alongside management teams.

Wildfire mitigation portfolio prioritization. Build a fact-based portfolio model that ranks undergrounding, covered conductor, vegetation, and sectionalizing investments by risk reduction, cost, and regulatory recoverability.
Undergrounding program PMO. Stand up a program management office for wave planning, contractor productivity, permitting bottlenecks, and unit-cost tracking across a multi-year undergrounding effort.
Affordability strategy and rate-impact analytics. Develop scenarios that connect capital plans, financing choices, operating efficiencies, and customer-bill outcomes for executive and regulatory decision making.
Vegetation-management operating model redesign. Improve crew planning, contractor oversight, productivity metrics, and emergency staging ahead of fire season.
Grid modernization roadmap. Prioritize digital grid investments across outage management, field mobility, sensor deployment, asset analytics, and customer communications.
Supply-chain resilience review. Assess risks around transformers, conductors, poles, switchgear, and contractor capacity; then redesign sourcing, inventory, and contingency planning.
Customer and CCA operating model support. Improve billing, service, tariff communication, and handoffs across PG&E, CCAs, and large customer accounts.
Gas-business strategic options. Evaluate scenarios for gas-system modernization, demand uncertainty, policy risk, and capital allocation under California decarbonization pathways.
Outage, PSPS, and emergency customer-journey redesign. Improve how PG&E communicates before, during, and after high-risk events, especially for vulnerable customers and public-sector stakeholders.
AI and advanced analytics use-case portfolio. Identify practical use cases in asset-risk prioritization, inspection triage, contractor productivity, field scheduling, and document-heavy regulatory processes.