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The Future of Utilities: Business Model Shifts to Watch

AvanSaber Research Updated June 2, 2026 3 min read

Utility industry predictions often focus on specific technologies, solar costs, battery storage density, EV adoption rates. Those are important, but the more consequential shifts are structural: how utilities are organized, how they earn revenue, and what their core software systems must do as a result. This piece focuses on those structural changes.

Note: for a technology-specific watch-list covering AMI, DERMS, AI, and cloud CIS, see emerging utility technologies to watch. This article is the business model complement to that piece.

The Vertically Integrated Utility Model Is Eroding

The traditional model, a single regulated entity owning generation, transmission, and distribution within a service territory, is under pressure from multiple directions. Community choice aggregation programs (active in California, Illinois, and other states) allow municipalities to source supply independently while using the incumbent wires. Rooftop solar and battery storage allow customers to reduce grid dependence. ERCOT’s fully deregulated market in Texas, one of the most studied examples, demonstrates both the efficiency gains and the risk exposure that restructuring introduces.

For the software implications of deregulated markets, our deregulated market pillar and the SAP utilities in deregulated markets guide cover the CIS and ERP configuration requirements in detail.

Revenue Model Evolution and the CIS Bottleneck

Regulated utilities earn revenue through volumetric rates approved by public utility commissions. As customer self-generation grows, volumetric revenues decline. The regulatory response, fixed charges, demand charges, non-bypassable charges, requires CIS platforms capable of calculating and presenting complex bills. This is not a hypothetical future state. Utilities in Hawaii, California, and Arizona are already billing under rate structures that most legacy CIS installations were not designed to handle without significant customization.

Oracle CC&B, SAP IS-U, and Cayenta CIS all support complex rate structures, but configuration depth varies. A utility planning to introduce demand charges for residential customers needs to audit its current CIS configuration before designing the rate, not after. See our Oracle Utilities and SAP IS-U pillar pages for platform capability comparisons.

The Platform Consolidation Question

The mid-market CIS landscape has been consolidating through acquisition. Harris Computer’s portfolio, Cayenta CIS, ServiceLink, Silverblaze, SmartWorks, represents one model: a single vendor providing CIS, customer portal, field service, and analytics. The incumbent platforms (Oracle CC&B, SAP IS-U) are moving toward cloud hosting but remain architecturally complex. Our detailed comparison of Oracle and SAP for utilities covers where each platform wins and where each creates friction.

For utilities outside the large IOU tier, the Cayenta CIS review provides a substantive evaluation of the alternative.

Data as Infrastructure

AMI deployments have made utilities among the largest generators of time-series operational data of any industry. The utilities that treat this data as infrastructure, investing in governance, MDM quality, and analytics platforms, are building a capability that compounds over time. Those that treat it as a byproduct of billing are accumulating technical debt.

The practical implication: the choice of MDM platform and how it integrates with the CIS has long-term strategic consequences that extend well beyond billing accuracy. Oracle Utilities MDM and SAP HANA-based analytics are both viable foundations, but neither performs well on data that is not clean.

What Honest Forecasting Looks Like

The utilities most likely to navigate structural change successfully share certain characteristics: they have reliable billing data, their CIS can handle rate complexity, their integration architecture between MDM and CIS is maintainable, and their leadership treats platform decisions as infrastructure investments rather than IT projects.

The utilities most at risk are those running heavily customized legacy CIS platforms that are expensive to maintain and difficult to update, and that lack the internal data quality to support either regulatory reporting or operational AI.

For an independent view of where your organization sits on this spectrum, AvanSaber’s advisory team is available for a no-obligation assessment.

Frequently asked questions

Will investor-owned utilities remain the dominant model?

The IOU model is under pressure from community choice aggregation, municipalization efforts, and DER self-supply. The rate structures and CIS platforms built for the IOU model require significant rework to support these alternatives.

What does deregulation mean for utility CIS platforms?

Deregulated markets separate the commodity (energy supply) from the delivery (wires and pipes). CIS platforms in deregulated markets must handle switching, competitive supplier billing, and settlement with the ISO/RTO, capabilities that are distinct from regulated utility billing.

How does the data economy affect utility business models?

Interval AMI data, grid sensor data, and customer usage data have value beyond billing. Utilities that build the data infrastructure to aggregate and govern this data can develop new revenue streams, though regulatory frameworks governing data commercialization vary by jurisdiction.

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