Public Service Enterprise Group Company Overview

Public Service Enterprise Group Incorporated (PSEG) is a New Jersey-incorporated public utility holding company whose common stock trades on the NYSE as PEG. Its present form centers on wholly owned PSE&G, New Jersey’s largest electric transmission and distribution utility, plus PSEG Power’s carbon-free nuclear generation and PSEG Long Island’s contracted utility-management services. As of August 13, 2026, the group serves millions of electric and gas accounts and owns a multi-gigawatt nuclear fleet in New Jersey and Pennsylvania. The enterprise traces its operating heritage to an early twentieth-century consolidation of New Jersey utility businesses, with today’s holding-company structure established later. Its stated direction emphasizes safer, more reliable and more efficient energy use. Shareholders own the parent; management does not. Revenue comes primarily from regulated utility service and nuclear-related energy activity, with contracted management services adding another route. Growth is led by regulated capital investment and potential multi-year nuclear contracting. Ralph LaRossa is chair, president and CEO. The key capability is long-lived infrastructure execution; the key dependency is regulatory, operating and financing discipline. August 2026 results 2025 Form 10-K

PSEG’s current structure is the result of two different origin points: the operating utility lineage began with Public Service Corporation in 1903, while Public Service Enterprise Group Incorporated was created as the holding company in 1985. Later moves into competitive generation were partly reversed, leaving a predominantly regulated utility platform alongside nuclear generation and contracted Long Island operations.

The distinction matters because “founded in 1903” describes the enterprise lineage, not the legal birth of today’s parent corporation. PSEG’s official history presents the origin as an institutional consolidation rather than a single-founder story: Public Service Corporation was assembled from more than 400 gas, electric and transportation companies across New Jersey. The 1985 holding-company structure then separated the parent from operating subsidiaries and enabled a broader portfolio.

Milestones are supported by PSEG’s company history, the fossil-sale closing and the Long Island extension.

That sequence explains why PSEG should not be treated simply as a conventional diversified generator. The competitive portfolio once included much more fossil generation; today the parent’s strategic identity is built around regulated networks, carbon-free nuclear generation and a service contract in a neighboring market.

PSEG formally presents both a vision and a mission. The vision points toward energy being used more efficiently and delivered more safely and reliably; the mission frames the company as a positive force that provides infrastructure for safe, affordable, reliable and cleaner energy. Its core commitments add behavioral expectations around people, inclusion, ethics and execution.

What is the long-term direction?

The official vision describes a future of more efficient energy use, with energy delivered more safely and reliably. It is a direction rather than a measurable operating target.

What is the operating purpose?

The mission emphasizes infrastructure that enables safe, affordable, reliable and cleaner energy while positioning PSEG as a positive force for customers and communities.

PSEG labels these statements on its official vision and mission page.

Execution evidence is more concrete than wording alone. PSE&G’s current investment plan targets transmission, distribution, gas-system modernization and energy efficiency; in 2026 the company also highlighted storm restoration performance and customer energy savings. Those actions are consistent with reliability, affordability and efficiency, although they do not prove every outcome or erase trade-offs such as higher capital requirements and rate recovery.

The practical tension is that reliability, cleaner energy and affordability can pull in different directions. Grid hardening, nuclear maintenance and efficiency programs require substantial spending, while regulators and customers care about bill impact. PSEG’s purpose therefore operates inside a regulated balancing process rather than as a stand-alone corporate pledge.

PSEG is owned by its shareholders, not by the NYSE, its board or its chief executive. The 2026 proxy identifies three institutions above the five-percent beneficial-ownership threshold: Vanguard, BlackRock and State Street. Voting rights flow through common shares, while the board provides oversight and management executes the business within that governance structure.

The latest annual report showed roughly 498.7 million common shares outstanding in February 2026. A shareholding concentration chart is useful for scale, but institutional beneficial ownership should not be confused with a single controlling parent: these firms manage assets for many underlying investors and the disclosed stakes remain minority positions.

Governance control is more distributed than the ownership chart alone suggests. Shareholders elect directors, the board appoints and oversees senior management, and board committees handle areas such as audit, governance, compensation and nuclear oversight. PSEG’s 2026 proxy also identified Ralph LaRossa as the non-independent executive director while the remaining current directors and nominees were determined independent under the applicable standards.

The governing implication is that PSEG is a widely held public corporation with professional management and independent-board oversight, rather than a founder-controlled, family-controlled or state-owned utility. PSEG’s governance overview describes the board and committee framework, while the proxy statement supplies the shareholder-voting and ownership context.

The February 2022 completion of PSEG Power’s fossil-generation sale was the pivotal portfolio reset behind today’s company. Management described the post-sale business mix as about 90% regulated at that time. The transaction removed a large fossil fleet from continuing operations while retaining PSE&G, the nuclear fleet and selected infrastructure and services activities.

Why was the fossil exit strategically decisive?

The sale reduced exposure to merchant fossil-generation economics and made regulated utility earnings a much larger part of PSEG’s profile, while leaving nuclear generation as the main competitive power asset.

• Regulated PSE&G became the dominant earnings platform.
• Nuclear generation remained a separate market-facing asset base.
• The parent retained Long Island utility-management services.
• Capital allocation shifted toward networks, efficiency and resilience.

The strategic reset is documented in PSEG’s 2021 results release and its present-day business description in Q2 2026 results.

This transformation did not turn PSEG into a pure regulated utility. PSEG Power still owns and operates nuclear assets whose realized prices, capacity revenues, federal production-tax-credit economics, refueling schedules and generation volumes matter to results. PSEG Long Island is also structurally different because it operates another authority’s system under contract rather than owning the utility assets.

The portfolio therefore combines three risk types: regulated return and rate-recovery risk at PSE&G; operational and market-linked nuclear economics at PSEG Power; and contract-performance risk at PSEG Long Island. That combination is narrower than the pre-2022 generation portfolio but still more complex than a single-jurisdiction wires-and-pipes utility.

PSEG creates value through three linked but economically distinct routes. PSE&G invests in and operates regulated electric and gas infrastructure and earns authorized returns through rates. PSEG Power generates and markets nuclear electricity and related energy products. PSEG Long Island earns management-service economics by operating LIPA’s system rather than owning that network.

PSE&G is the economic center. Its transmission and distribution assets require continuous investment, regulatory approval and reliable operation. Approved capital enters rate base or related recovery mechanisms, customers receive network service and regulators determine how prudently incurred costs and allowed returns are recovered. Commodity supply is separable from delivery in New Jersey, so the utility’s monopoly concerns the delivery infrastructure, not every energy-purchase decision.

The value flow reflects the business descriptions in PSEG’s 2025 Form 10-K and current family of companies page.

Costs follow the asset intensity of the model: purchased energy and fuel, operations and maintenance, nuclear outages and fuel, depreciation, interest, labor, storm response and technology all matter. The model also depends on a trained workforce, suppliers, grid interconnections, cyber-secure systems, access to capital and timely regulatory treatment. These are not peripheral inputs; they determine whether capital becomes dependable service and recoverable investment.

The payer also changes by business line. PSE&G customers ultimately fund regulated service through utility rates, subject to regulatory rules. PSEG Power receives wholesale and contractual energy-related revenues. PSEG Long Island’s economics arise from its management-services agreement with LIPA. Keeping these payers separate avoids treating all PSEG revenue as if it came from the same customer relationship.

PSEG serves several markets with different customer roles. PSE&G’s New Jersey households and businesses use and pay for regulated delivery service, while eligible customers may choose third-party commodity suppliers. PSEG Power sells into wholesale energy arrangements rather than retail utility channels. On Long Island, LIPA is the contracting authority and PSEG Long Island operates customer-facing service.

For PSE&G, geography is the acquisition channel: customers located in the regulated service territory connect to the utility’s network. Sales therefore focus less on winning delivery accounts from another wires company and more on gaining approval for programs, helping customers adopt efficiency or electrification offerings, providing self-service access and maintaining trust through reliability, billing and outage response.

Distribution and retention also differ. PSE&G uses direct billing, digital account tools, field service, outage communications and program partners such as efficiency trade allies. PSEG Power reaches buyers through wholesale market participation and negotiated contracting. PSEG Long Island’s retention depends less on individual customer switching and more on LIPA’s assessment of system and service performance under the contract.

Competition must be defined by the buyer decision. PSE&G does not compete head-to-head for electric or gas delivery inside its established New Jersey territory because the network is a regulated monopoly. Comparable utilities compete for capital, talent, regulatory performance and reputation across territories, while third-party suppliers can compete for commodity supply and generators compete in wholesale power markets.

This means a list of “competitors” without boundaries is misleading. Jersey Central Power & Light, Atlantic City Electric and Rockland Electric are relevant electric-utility comparators, but their delivery territories do not overlap PSE&G’s in the normal retail sense. New Jersey Natural Gas and South Jersey Gas are similarly useful gas-utility comparators. Third-party suppliers overlap only with the supply component.

Substitutes operate at another level. Energy efficiency, onsite generation, storage and demand response can reduce the volume a customer draws from the grid, but most customers still rely on the network for connection and reliability. Those technologies can therefore substitute for some energy consumption or peak demand without fully substituting for transmission and distribution service.

For PSEG Power, competition is more direct: nuclear output competes with other regional generation and demand-side resources in power and capacity markets, subject to transmission constraints and market rules. The comparability limit is important because a regulated utility’s success metric is not simply market share; authorized investment, reliability, affordability and regulatory performance are more central.

PSEG’s current growth plan is led by regulated investment at PSE&G, supported by a larger rate base, with nuclear contracting as a potential incremental engine. In February 2026 the company set a $24–$28 billion 2026–2030 capital plan, including $22.5–$25.5 billion of regulated investment, and targeted 6%–8% long-term non-GAAP operating-earnings growth.

The first engine is physical infrastructure: transmission and distribution modernization, gas-system work, energy efficiency, electrification and load-growth projects. The second is operating performance that supports regulatory confidence and timely recovery. The third is nuclear economics, where management has identified multi-year contracting of output as a potential source of earnings above the base outlook rather than as a guaranteed result.

The chart is historical, not a forecast. The 6%–8% figure through 2030 is management’s long-term non-GAAP growth outlook, and the $4.28–$4.40 per-share range for 2026 is guidance. PSEG has also said its balance sheet can fund the five-year capital program without new common-equity issuance or asset sales, an expectation that still depends on cash flow, financing conditions and plan execution.

Evidence of implementation includes $3.7 billion of PSE&G regulated infrastructure investment in 2025 and regulatory approval for a $1.4 billion three-year gas-system modernization program. By August 2026, PSEG also reported that its energy-efficiency programs had helped roughly 525,000 customers and were generating more than $1 billion in annual customer savings. These are company-reported operating indicators, not independent causal estimates. Current 2026 outlook

Ralph LaRossa is PSEG’s chair, president and chief executive officer, combining the top executive role with board chairmanship. Execution below him is divided by operating responsibility: PSE&G has its own president and COO, nuclear has a dedicated president and chief nuclear officer, finance has an enterprise CFO, and commercial development has separate senior leadership.

LaRossa became CEO in September 2022 after a long PSEG career that began at PSE&G in 1985. His operating history matters because the current strategy is capital- and reliability-intensive. Oversight, however, is not the same as execution: independent directors and board committees review management, financial reporting, risk, compensation, governance and nuclear matters.

The combined chair-and-CEO structure raises the importance of independent-board mechanisms. PSEG’s proxy identifies an independent lead-director role, while board committees allocate specialized oversight. That structure does not make directors operators: management remains responsible for utility performance, nuclear execution, financing and customer outcomes; directors oversee, challenge and approve within their legal duties.

Succession risk is moderated by a deep internal operating bench but cannot be eliminated. Several key leaders have decades of utility, nuclear or finance experience, and the strategy requires coordinated execution across regulatory affairs, engineering, operations, customer service and capital markets. Leadership quality therefore matters most through institutional systems rather than through a single-person narrative.

PSEG’s main constraints arise from the same assets that create its value: regulated networks, nuclear plants and long-duration capital programs. Material dependencies include constructive regulatory outcomes, severe-weather resilience, safe nuclear performance, access to financing, labor and supply-chain capacity, cyber-secure operating technology, and enough regional generation and transmission capacity to keep service reliable and affordable.

These constraints interact. A storm can require rapid restoration and raise costs; recovery can depend on regulatory treatment. A nuclear outage can reduce generation while increasing maintenance expense. Higher interest rates can make a large capital plan more expensive. Supply bottlenecks or skilled-labor shortages can slow projects whose timing underpins both reliability and expected rate-base growth.

PSEG discusses these operating and financial dependencies in its 2025 Form 10-K and reiterates several in Q2 2026 reporting.

Customer affordability is the cross-cutting constraint. Capital spending can improve reliability, safety and efficiency, yet regulated recovery can affect bills. Commodity supply prices can also move independently of delivery investment. PSEG therefore has to sequence capital, pursue efficiency and cost control, and work through rate processes while still maintaining systems built to withstand higher loads and disruptive weather.

The nuclear business adds another external dependency: regional power-market rules and realized energy economics. Federal nuclear production tax credits provide a price-linked support mechanism, but PSEG still cites market prices and potential multi-year contracts as important variables. In other words, today’s narrower portfolio is more predictable than the old fossil-heavy mix, but it is not risk-free.

PSEG today is best defined as a shareholder-owned, predominantly regulated infrastructure company with a distinctive carbon-free nuclear complement. Its history explains the New Jersey utility core; the 2022 fossil exit explains the current portfolio; and the 2026 capital plan shows that future value creation still depends primarily on disciplined network investment, regulation and operational reliability.

The company’s identity is therefore less about selling a broad menu of energy products than about operating critical systems under different economic contracts. PSE&G converts capital and reliability into regulated service; PSEG Power converts nuclear availability into wholesale energy economics; PSEG Long Island converts operating capability into contracted management services. Each requires a different form of trust.

What is PSEG’s core economic engine?

Regulated PSE&G infrastructure investment is the center of the earnings model, with nuclear generation adding a separate market-linked contribution that depends on plant availability and power-market economics.

What differentiates the portfolio?

PSEG combines New Jersey electric and gas networks, a large carbon-free nuclear fleet and a contracted Long Island operating platform, giving the parent three distinct routes to create value.

What ultimately determines execution?

Regulatory trust, reliable operations, nuclear performance, customer affordability and financing capacity determine whether planned investment becomes durable value rather than simply a larger capital commitment.

This synthesis connects the current business mix and strategic direction reported in Q2 2026 results.

That combination also explains the company’s competitive position: PSE&G is insulated from ordinary delivery competition inside its territory but exposed to regulatory benchmarking and substitutes that reduce demand; PSEG Power faces real wholesale competition; and PSEG Long Island must keep earning the confidence of its contracting authority. PSEG’s 360-degree story is therefore one of infrastructure stewardship, portfolio simplification and controlled expansion rather than unconstrained market capture.