5 min read
The U.S. utilities industry is in the midst of an unprecedented capital spending cycle.
Duke Energy recently increased its five-year capital expenditure plan to $103 billion for 2026– 2030, an 18% jump from its previous $87 billion plan—the largest for any U.S. regulated electric utility—to meet rising demand from data centers and electrification.1 Entergy added $2 billion to its own plan, bringing its 2026–2029 commitment to $43 billion.2 Across the sector, residential and commercial consumption continues to climb, with utilities like WEC Energy reporting residential usage up 3.5% year over year.3 Yet, proportional investment in how money flows back to customers is often missing. Refunds, rebates, assistance and incentive pay-outs shape trust as directly as service reliability.
As billions flow into generation, transmission and grid modernization, one of the most consequential customer touchpoints—the act of receiving a disbursement—often remains anchored in legacy processes. Paper checks, fragmented vendor systems, manual reconciliation and siloed disbursement workflows persist across the industry.
Utilities are building twenty-first-century grids, but disbursing money to customers through a twentieth-century payment experience.
For Treasury, Finance, Customer Service and Operations leaders, this gap is more than an inconvenience. It drives measurable cost, cash flow drag, fraud exposure and customer dissatisfaction—especially as regulators and ratepayers scrutinize every dollar of operating expense.
Utilities operate in a disbursement environment unlike almost any other sector. Understanding these distinct characteristics is the first step toward solving the pay-out challenges that have persisted for decades.
While most digital transformation conversations in utility payments focus on bill collection, the pay-out side is even more underserved—and its shortcomings are more visible to customers who are waiting for funds owed to them.
Slow migration from paper to electronic. For the majority of utilities, the default mechanism for returning a deposit, issuing a rebate or distributing assistance funds is a printed check mailed via postal services. Industry estimates consistently show paper disbursements cost several times more than electronic alternatives when factoring in printing, postage, labor, reconciliation, escheatment of uncashed checks and reissuance.
Yet paper check volumes remain stubbornly high across the utility sector. While the reason is sometimes attributed to customer resistance, in most cases slow adoption of electronic alternatives is driven by the absence of a frictionless, branded digital experience that instills confidence, offers meaningful choice and is designed for broad accessibility.
Customer experience at the worst possible moment. Pay-outs often occur during emotionally charged situations—a storm, a billing dispute, a move-out deposit return. A two-week wait for a paper check compounds customer frustration and generates inbound service calls that further raise operating costs. Pay-out status inquiries by customers are among the highest-cost call types for utility contact centers, driven by repetitive follow-up calls, agent research time spent manually tracing check issuance and mail delivery, and extended handling times that pull representatives away from higher-value interactions. A single unresolved disbursement can generate multiple calls across an extended timespan, multiplying the cost of what should have been a straightforward transaction. When customers lack real-time visibility into the status of funds owed to them, the contact center absorbs the cost of that information gap.
Payee data management at scale. Collecting, validating and maintaining current bank account or card details for millions of customers is operationally intensive and introduces data-security risk when time sensitive information is handled manually or stored across multiple systems.
Escheatment and uncashed-check liability. When a customer fails to cash a disbursement check, the utility faces escheatment obligations that vary by state, creating a compliance tracking burden and a financial liability that can linger for years.
Reconciliation complexity. When disbursements flow through multiple vendors with inconsistent reference data, the back-office effort to match outbound payments to customer accounts, program codes and general ledger entries becomes labor-intensive and error-prone. Finance and Operations teams spend disproportionate time on exception management rather than value-added analysis.
Fraud threats are not emerging because utilities are digitizing—they are emerging because bad actors are evolving their tactics at pace with the broader payments ecosystem. Utilities that modernize their disbursement infrastructure are not inviting risk; they are positioning themselves to combat it with better tools than paper processes ever provided.
Pay-out fraud vectors. These include business email compromise (BEC) schemes that redirect disbursement routing details, fraudulent rebate or assistance claims, and social-engineering attacks targeting customer service representatives who process manual account changes.
The cost of fragmentation. When disbursement functions are spread across multiple platforms with separate security perimeters, fraud signals are invisible across the lifecycle. For example, a payee who changes bank account details and simultaneously submits a new rebate claim may trigger no alert, if those functions are managed by different vendors. Unified visibility across the entire disbursement workflow is essential for effective fraud detection.
The manual-touchpoint vulnerability. Every manual handoff of payee data—a spreadsheet emailed between departments, a phone-based account update, a paper form processed by a customer service representative—is a fraud entry point. Digitizing the disbursement experience systematically eliminates these weak links.
Evolving expectations. Payment velocity and fraud monitoring, bank account validation, multi-factor authentication and maximum transaction controls are no longer best practices—they are becoming baseline expectations. Utilities that build these controls into their disbursement infrastructure proactively will be better positioned than those forced to retrofit.
A modern disbursement platform should be anchored in a clear target architecture—a unified, secure digital platform for B2C pay-outs that embeds controls and delivers a branded, customer-centric experience. Key characteristics of this end state include:
Customer choice across disbursement methods. From bank account transfers (same-day and next-day ACH, real-time payments, FedNow) to push-to-card to digital wallet-based and cross-border options, empowering customers to select their preferred method for receiving funds increases acceptance rates, reduces escheatment and improves satisfaction.
Branded, scalable digital experiences. The disbursement portal should look and feel like the utility's own brand—not a third-party redirect—with fully hosted or partially hosted options, integrated email and SMS notifications, and mobile-responsive design that meets customers wherever they are.
Intelligent escheatment handling. When a customer does not act on a pay-out, the platform should automatically invoke a default payment method—such as printing and mailing a check—after a configurable period, helping support compliance without manual intervention.
Multi-party approval workflows. For high-value or sensitive disbursements, the platform should support configurable approval controls via multi-party approval to authorize a pay-out before the customer receives notification to accept funds—providing greater control and an auditable authorization trail.
Built-in security and account validation. Bank account validation—including account ownership verification and confidence scoring—payment velocity monitoring, digital fingerprinting and two-factor authentication should be native to the platform, not aftermarket add-ons.
Comprehensive notifications engine. Customers should receive timely, branded notifications at every stage of the disbursement lifecycle via their preferred channel (email or SMS), providing full transparency and reducing inbound service inquiries.
Seamless integration with existing Treasury and ERP systems. The platform should connect via API, file transmission or administrative portal, and produce reporting in industry-standard formats (BAI2, SWIFT MT940/942, ISO CAMT.053/054) that flow directly into existing reconciliation processes.
Despite modernization elsewhere, disbursement processes across utilities remain anchored in paper checks, fragmented vendor systems, manual reconciliation and siloed workflows—driving measurable cost, cash flow drag, fraud exposure and customer dissatisfaction at a moment when every dollar of operating expense faces scrutiny.
The target state described above—a single, secure gateway with embedded controls, branded experiences and seamless integration into existing treasury ecosystems—is not theoretical. It exists today.
We built J.P. Morgan Concourse™ to address this structural challenge: a hosted payments platform that consolidates B2C pay-outs into a single connection, created, managed, and secured by J.P. Morgan using the latest technology, protections and insights. It reduces technology complexity while integrating into existing settlement and reconciliation processes—meaning utilities don't need to rearchitect their treasury operations to modernize how they disburse funds.
The utilities industry is investing at record levels to build the grid of the future. The disbursement experience should match that ambition. We invite Treasury, Finance, Customer Service and Operations leaders to connect with their J.P. Morgan banking team to explore how a modern, secure disbursement platform can reduce operating costs, accelerate speed to customer, strengthen fraud defenses, build trust with ratepayers and deliver the digital experience they increasingly expect.
J.P. Morgan serves utilities and government clients across all 50 states, has extended over $7 billion in credit to state and local governments, and is the lead depository for the five largest U.S. municipal utilities.4 This is backed by a near $20 billion firm-wide technology budget and the scale of moving over $12 trillion in payments per day.5 J.P. Morgan brings both deep industry knowledge and payments leadership to clients in the utilities sector.
Reuters, “Duke Energy raises five-year capital expenditure plan to $103 billion as more US data centers sign on,” February 10, 2026
Reuters, “Entergy hikes spending plan as data center demand grows,” February 12, 2026
Reuters, “WEC Energy boosts spending by $1 billion as Microsoft data centers expand in Wisconsin,” February 5, 2026
J.P. Morgan internal data as of 2025
JPMorganChase Investor Day, February 2026
The views and opinions expressed herein are those of the author and do not necessarily reflect the views of J.P. Morgan, its affiliates, or its employees. The information set forth herein has been obtained or derived from sources believed to be reliable. Neither the author nor J.P. Morgan makes any representations or warranties as to the information’s accuracy or completeness. The information contained herein has been provided solely for informational purposes and does not constitute an offer, solicitation, advice or recommendation, to make any investment decisions or purchase any financial instruments, and may not be construed as such.
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