United States (USA) Power Metering Market Overview, 2031

Market Insights on United States Power Metering Market

• According to the research report, "United States Power Metering Market Overview, 2031," published by Bonafide Research, the United States Power Metering market is anticipated to grow at 7.61% CAGR from 2026 to 2031. The United States power metering market stands at a critical inflection point, driven by the convergence of aging infrastructure, federal investment, and the accelerating transition to a decentralized grid. The U.S. Energy Information Administration (EIA) reports that over 128 million advanced metering infrastructure (AMI) installations were in operation by 2023, representing approximately dominant amount of all electric meters across residential, commercial, and industrial customer classes. This marks a substantial leap from just a decade ago, when smart meter penetration hovered below 40%.
• The momentum is underpinned by the Bipartisan Infrastructure Law, which has channeled billions into grid modernization, including $600 million in annual Smart Grid Grants through 2026. The Federal Energy Regulatory Commission (FERC) continues to play a pivotal role through its annual Assessment of Demand Response and Advanced Metering, providing the regulatory framework that encourages utilities to replace legacy electromechanical meters with digital, two-way communication devices.
• Growth is further fueled by the urgent need to integrate distributed energy resources (DERs) such as rooftop solar and electric vehicles. The Department of Energy (DOE) has allocated over $32 million for grid-edge technology pilots that enable utilities to leverage smart meter data for load forecasting and grid optimization. Simultaneously, state-level mandates are accelerating deployment; California’s AB710 requires the California Public Utilities Commission (CPUC) to mandate advanced metering infrastructure for all customers by January 2028, while New York has seen utilities like NYSEG deploy over 1.75 million smart meters as part of broader grid modernization efforts.
• Technological advancements are reshaping the landscape. The adoption of ANSI C12 standards, including the latest C12.1-2024 revision, ensures consistent performance criteria for watt-hour meters, demand registers, and auxiliary devices. NIST’s Smart Grid Interoperability Testbed Facility is advancing precision time synchronization and electric power metering accuracy, enabling real-time grid visibility. The emergence of submetering mandates effective January 2025 for covered tenant spaces in federal buildings further expands the addressable market by requiring granular consumption measurement at the tenant level. Expos like DISTRIBUTECH International and the IEEE PES General Meeting serve as critical platforms for showcasing innovations in meter data management, advanced sensors, and communication protocols.

Competitive Landscape of United States Power Metering Market

• The competitive landscape is shaped by a handful of dominant players, with Itron Inc. leading the installed base and commanding majority of network endpoints. Swiss-headquartered Landis+Gyr solidifying its position as a key rival. Aclara, another U.S.-based firm, rounds out the top tier, collectively dominating North America’s smart metering evolution. Together with major industrial conglomerates like Schneider Electric, Siemens, and Honeywell, these companies supply utilities with everything from basic single-phase residential meters to advanced three-phase industrial units capable of harmonic analysis and power quality monitoring. General Electric and Sensus also maintain significant footprints, particularly in the distribution meter segment, while European players like Kamstrup and Elster Group compete in niche applications such as heat metering and submetering.
• Entry barriers are formidable, given the capital-intensive nature of manufacturing facilities, the need for compliance with ANSI C12 and NIST interoperability standards, and the long sales cycles associated with utility procurement. Pricing dynamics are influenced by volume-based tenders, with larger utilities like PG&E and Consolidated Edison negotiating aggressive per-unit costs for smart meters. The value chain extends beyond hardware to include meter data management systems, communication networks, and installation services, with transactional economics increasingly shifting toward outcome-based models where utilities pay for performance rather than upfront capital expenditure. Consumer behavior is evolving, with residential customers in states like Texas and New York gaining access to real-time usage data through Smart Meter Texas portals and NYSEG’s customer apps, enabling informed decisions about energy consumption.
• Investment and funding landscape is robust, driven by both federal grants and private capital. The DOE’s Grid Resilience Grant Program has allocated $11.5 million to Oregon utilities alone, while the Smart Grid Investment Matching Grant Program provides 50% federal matching funds for qualifying projects. Venture capital and private equity firms are increasingly targeting meter data analytics startups, recognizing the value of granular consumption data for demand response, energy management, and grid optimization.

United States Market Dynamics

Driver: Federal Infrastructure Investment
The Bipartisan Infrastructure Law has unlocked unprecedented funding for grid modernization, with American utilities filing for $78 billion in investment approvals during 2024 alone. Advanced metering infrastructure requests totaled $9 billion, reflecting the urgency to replace the 35% of meters that remain electromechanical. Annual Smart Grid Grants of $600 million through 2026 provide matching funds for utilities to deploy AMI, synchrophasors, and distribution automation. This federal backing not only accelerates smart meter deployment but also creates a stable revenue stream for manufacturers and service providers.

Challenge: Legacy Infrastructure and Workforce Gaps
Despite progress, roughly 35% of U.S. electricity meters remain electromechanical, many exceeding their 20-year operational lifespan. Replacing these units requires coordinated field operations, skilled labor, and customer engagement all of which are strained by workforce shortages in the utility sector. Simultaneously, the integration of smart meters with legacy distribution systems presents technical hurdles, including data compatibility and communication protocol mismatches. The FERC’s 2025 Assessment of Demand Response and Advanced Metering highlights these challenges, noting that utilities must balance modernization investments with ratepayer affordability and reliability concerns.



Trend: Grid-Edge Intelligence and DER Integration
The proliferation of distributed energy resources rooftop solar, battery storage, and electric vehicles is driving demand for advanced metering capable of bidirectional power flow measurement and real-time communication. The DOE’s $32 million investment in grid-edge technology pilots aims to demonstrate how smart meters can right-size grid investments and support load growth. FERC Order 2222 further accelerates this trend by enabling DER aggregation in wholesale markets, requiring submetering and telemetry solutions that go beyond traditional revenue-grade metering. This shift positions the power meter as a critical sensor for grid management rather than merely a billing device.

Segment Analysis

United States Power Metering Market By Phase
• Single-phase meters dominate the residential and small commercial segments, accounting for the vast majority of the 128 million advanced meters installed nationwide. These 120V/240V devices are the workhorses of the U.S. power grid, with utilities like PG&E and Consolidated Edison deploying millions to replace aging electromechanical units. The technology has matured significantly, with modern single-phase smart meters integrating Zigbee, Wi-Fi, or cellular communication for real-time data transmission.
• Three-phase meters, while representing a smaller share of unit volume, capture a disproportionately large share of revenue due to their complexity and higher price points. These 480V and higher devices are essential for industrial facilities, large commercial buildings, and data centers, where they monitor power quality, harmonics, and load balancing. The Department of Energy’s focus on industrial energy efficiency has spurred demand for three-phase meters with advanced analytics capabilities, particularly in manufacturing hubs across the Midwest and Southeast.

United States Power Metering Market by Technology
• Analog meters, once the backbone of the U.S. electricity grid, are rapidly being phased out, with approximately 35% of installed units still in operation. Utilities face mounting pressure to replace these electromechanical devices as they exceed their 20-year lifespan and lack the communication capabilities required for modern grid management. The FERC’s annual report on advanced metering underscores the urgency, noting that analog meters hinder demand response participation and real-time grid visibility.
• Digital meters bridge the gap between legacy analog units and fully connected smart meters, offering solid-state measurement without two-way communication. While less common than smart meters, digital units remain popular in submetering applications, particularly for tenant billing in commercial buildings. The DOE’s submetering mandate for federal buildings, effective January 2025, is expected to drive incremental demand for digital meters as property managers seek cost-effective solutions for tenant-level consumption tracking.
• Smart meters, or advanced metering infrastructure, have become the default choice for new installations and replacements across all customer classes. With penetration reaching 76.8% of all U.S. meters in 2023, smart meters enable two-way communication, remote disconnect, and real-time data access. The technology is central to grid modernization efforts, supporting demand response programs, outage detection, and integration of distributed energy resources. California’s AB710 and New York’s smart meter mandates further solidify the dominance of smart meters, with utilities like NYSEG having deployed over 1.75 million units.

United States Power Metering Market by End-user Industry
• Residential customers represent the largest segment by unit volume, with over 128 million advanced meters in operation across U.S. households. Smart meter penetration in the residential sector has grown from less than 40% a decade ago to approximately 77% in 2023, driven by utility mandates and federal incentives. Consumer adoption is further encouraged by access to real-time usage data through utility portals and mobile apps, enabling informed decisions about energy consumption and participation in demand response programs.
• Commercial customers, including offices, retail spaces, hospitals, and educational institutions, require a mix of single-phase and three-phase meters depending on load characteristics. Submetering mandates, such as those for federal buildings effective January 2025, are driving incremental demand for tenant-level meters to allocate energy costs accurately. The commercial segment also leads in adopting energy management systems that leverage meter data for operational efficiency, with technologies like interval meter analytics enabling granular consumption tracking.
• Industrial customers, comprising factories, data centers, mining operations, and oil refineries, demand high-accuracy three-phase meters capable of power quality monitoring, harmonic analysis, and load profiling. The DOE’s focus on industrial decarbonization and energy intensity tracking has accelerated the adoption of advanced meters in this segment, with utilities in manufacturing-heavy states like Ohio and Texas deploying specialized devices for heavy machinery and process optimization.
• Utility customers, including transmission and distribution grid operators, represent a specialized segment that prioritizes grid-edge metering, substation automation, and feeder monitoring. These meters operate at high voltages and require ruggedized enclosures, SCADA integration, and advanced communication protocols. The FERC’s emphasis on DER aggregation and demand response has further driven utility investment in grid monitoring solutions, with eight utilities in the PJM interconnection having spent $5.7 billion to install smart meters.

United States Power Metering Market By Application • Energy management applications leverage meter data to optimize consumption, reduce waste, and track carbon footprints. Commercial and industrial users are the primary adopters, using interval data analytics to identify inefficiencies and implement demand-side strategies. The DOE’s Better Buildings Initiative promotes submetering as a core component of energy management, with federal buildings now subject to tenant-level metering requirements effective January 2025. The rise of ESG reporting has further accelerated adoption, as corporations seek granular data to substantiate sustainability claims.
• Billing and revenue assurance remains the foundational application for all meter types, ensuring accurate consumption measurement and revenue collection. Despite the maturity of this application, innovation continues with prepaid metering solutions in low-income housing and time-of-use tariffs that incentivize off-peak consumption. The FERC’s assessment of advanced metering highlights the ongoing need for billing accuracy, particularly as dynamic pricing models gain traction in deregulated markets.
• Load monitoring applications track real-time consumption patterns to identify peak demand periods, detect anomalies, and optimize distribution. Industrial facilities and data centers are the primary adopters, using load monitoring to prevent overloads and manage energy costs. The integration of AI and machine learning has enhanced load forecasting capabilities, enabling proactive grid management and reducing the risk of outages.
• Demand response programs rely on smart meters to enable voluntary load reduction during peak periods, with participants receiving financial incentives. The California Public Utilities Commission and the Public Utility Commission of Texas have both advanced DR initiatives, with California’s AB1787 mandating dynamic rate options for customers with smart meters. The FERC’s Order 2222 further expands DR opportunities by enabling DER aggregation in wholesale markets, requiring meters capable of bidirectional communication and real-time data exchange.
• Grid management applications encompass outage detection, voltage regulation, feeder balancing, and congestion forecasting. Utility customers are the primary adopters, using grid-edge meters to maintain stability and integrate renewable energy sources. The DOE’s Grid Resilience Grant Program and NIST’s interoperability standards are accelerating the deployment of grid management solutions, with synchrophasor metrology enabling real-time monitoring of transmission networks.


Considered in this report
• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031

Aspects covered in this report
• Power Metering Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Phase
• Single Phase
• Three Phase

By Technology
• Analog Meters
• Digital Meters
• Smart Meters

By End-user
• Residential
• Commercial
• Industrial
• Utility

By Application
• Energy Management
• Billing and Revenue Assurance
• Load Monitoring
• Demand Response
• Grid Management