Advanced Metering Infrastructure Market Size, Share & Growth Forecast (2026-2031)

The Advanced Metering Infrastructure Market is forecast to grow at a CAGR of 9.0%, reaching USD 34.1 billion in 2031 from USD 22.2 billion in 2026.

The advanced metering infrastructure market is changing utility metering from periodic metering to a continuous digital information and control layer. Traditional meters are mostly constructed for billing purposes, while Advanced Metering Infrastructure (AMI) also constructs the bridge between communication networks and utility software with smart metering devices, thus creating a two-way information stream between the meter, customer, distribution network, and utility control system.

Based on information from the U.S. Energy Information Administration, there were 140.5 million AMI installations in 2024 compared to 118.7 million in 2022. Additionally, Residential AMI installations grew to around 123.0 million in 2024, and commercial installations grew to 16.5 million; industrial installations reached nearly 940,000 in the same period.

The UK market illustrates a shift of AMI into essential digital infrastructure instead of simply as a metering replacement program. The number of smart and advanced meters in domestic and smaller non-domestic premises reached 41 million at the end of December 2025, according to the UK government.

Additionally, the advancement in the technology architecture is boosting the market growth. Modern AMI platforms include cellular, RF mesh, PLC, Wi-SUN and other communication technologies, head-end systems, meter data management, analytics, distributed intelligence and grid-edge applications.

Thus, the market is moving from a simple meter roll-out into more intelligent grid-edge infrastructure. Utilities are beginning to demand that most of the promise AMI will deliver go beyond automated billing, with the most fruitful pursuits being those requiring media such as demand response, distributed-energy management, outage detection, voltage and power-quality monitoring, theft detection, engineering design, remote connect/disconnect, and customer engagement.

Advanced Metering Infrastructure Market Key Highlights

Market Dynamics

Market Drivers

• Growing Electricity Demand and Increasing Digitalization of the Grid: electricity systems continue to be complex as electrification increases demand in buildings, transportation, and industry, and as digital infrastructure evolves. According to the report by IEA, global consumption of electricity expanded quickly for a rise of 4.3% in 2024, and it could keep on expanding at about 3.9% consistently until 2027. This expansion is putting pressure on utilities to get greater visibility into information on consumption of electricity. AMI offers this transparency by producing interval consumption data for consumption that utilities can feed into their billing, distribution management, outage management, demand-response, and forecasting systems.

• Adoption of Smart Grid and Distributed Energy Resources: Utilities have been progressively including rooftop solar power, battery storage, electric vehicles, heat pumps, and adaptable burdens into the distribution organizations. A feature of these resources is that they create bidirectional power flows and the resulting need for more granular information at customer and feeder levels. As a result, smart meters are transforming from billing tools to grid-edge devices. Itron's open-architecture AMI solution integrates smart meters, two-way communications, distributed intelligence, and operational-management software to bring monitoring and management visibility from the distribution network right through to the customer-practice interface.

• Lowered Meter Reading as well as Utility Operating Costs: The advent of AMI diminishes the need for manual meter reading, enabling automated form generation, remote business transactions, and efficient location of anomalies in meters. According to Itron, its gas AMI solutions help utilities save on both cost per read and meter operations requirements, while also providing the ability to automate data collection and facilitate safety applications. As a result, utilities are implementing AMI in locations where labor costs and difficult-to-access meters contribute to recurring operating expenses for billing errors or re-reads, as well as outdated manual field practices.

• Government Programs and Regulatory Support: There is a major increase in government programs stimulating the deregulated space demand, and smart meters align with such goals as energy efficiency, grid modernization, renewable integration, and demand-response objectives. Under RDSS, India has approved 20.33 crore smart meters, while the UK is proposing a mandate to complete domestic smart-meter deployment by 2030. Regulatory reforms in Australia are also speeding up smart-meter rollout, with requirements to decarbonise the National Electricity Market by 2030.

Market Restraints & Opportunities

• Deployment of AMI projects at scale necessitates parallel investment across multiple components, including meters, communications networks, head-end systems, meter data management platforms, cybersecurity measures, and installation, integration and field services.

• The trend toward AMI creating a huge connected endpoint population draining commercially sensitive consumption data is increasing the importance of cybersecurity.

• Utilities and municipal service providers are provided with a uniform communication and data-management framework for electricity, petrol, water, and warmth vitality metering.

• The next growth phase of AMI is closely associated with local intelligence. They detect abnormal consumption, aid with demand response strategies, assess power quality, and furnish key information for distributed-energy management.

Key Developments

• February 2026: Atombeam partnered with Trilliant for advanced metering for utilities and smart cities. It also compressed and optimized data transmission with the help of Atombeam's Neurpac software, which made it possible for networks to carry at least four times more data without requiring any hardware upgrade.

• September 2025: Trilliant announced in a press release that more than 13 million smart meters are now deployed or being deployed regionally through the Asia-Pacific region, with future deployments planned throughout Thailand, Malaysia, the Philippines, Indonesia, and Japan. The company broadened partnerships with utilities and energy institutions via advanced metering infrastructure, distribution automation, demand response, outage management, and overall smart-grid modernization.

Market Segmentation

The market is segmented by meter type, component, communication technology, end user, and geography.

By Meter Type: Smart Electricity Meters

The electricity smart meter is the largest and oldest type of meter in AMI. Smart meters are gaining traction for electricity utilities by combining measurement, communications, remote operations, and interval-data capabilities across a single grid-edge endpoint. In 2024, there were about 140.5 million installations of AMI in the U.S., with almost half being residential customers.

The category is advancing from simple remote reading toward smart electricity meters with time-of-use measurement, demand-response capability, outage notification, power-quality measurement, tamper detection, distributed-energy integration, and edge analytics. For instance, Itron's Gen5 Riva Meter integrates distributed-intelligence capabilities and functions on a new industrial IoT network, and its CENTRON Polyphase III was designed primarily for commercial and industrial AMI applications.

The segment is thus transcending from automated billing infrastructure into a distributed sensing and control layer enabling the capacity for integrating solar PV, batteries, EV chargers, and flexible loads.

By Component: Hardware

The hardware segment is a major component as it is the most basic physical layer of AMI deployments, which includes smart meters, communication modules, data concentrators, gateways, network equipment, and other field devices. The demand for hardware is growing as it goes along with government-mandated meter replacement programs and utility-scale grid-modernization projects.

The PowerEM AMI architecture of ZTE showcases the integrated hardware approach, which includes smart meters, data concentrators with two-way communication, communication modules, and a master station. According to the firm, it has already deployed more than 26 power-supply companies in 20 countries and shipped over three million smart meters.

Newer-generation meters are being equipped with more robust computing power, enhanced monitoring and communication capabilities, cybersecurity functions, and edge analytics.

Regional Analysis

North America Market Analysis

North America is a mature AMI market, with broad electricity smart-meter deployments along with utility modernization programs and distributed energy resource integrations. The majority of installations are on the residential side, although commercial and industrial utilities increasingly incorporate smart-meter data into demand management and grid operations. U.S. utilities are in a state of renewing first-generation AMI networks to incorporate notions of distributed intelligence, edge analytics, and interoperability improvements.

South America Market Analysis

The South America market is growing, with utilities looking for ways to improve revenue collection efficiencies and reduce non-technical losses, along with modernise billing infrastructure and gain visibility of electricity-system dynamics. AMI has the ability to automate data collection needs away from manual meter reading; this makes countries with large electricity distribution networks very attractive markets.

Europe Market Analysis

Europe is likely to hold a major share as a technology-intensive AMI market, due to the ties of smart-meter deployment with energy-market digitalization, demand response, renewable integration, and consumer participation. European utility focus areas include stronger interoperability, cybersecurity, and flexible communication architectures.

Middle East and Africa Market Analysis

In the Middle East & Africa region, utilities are undertaking electricity-loss reduction initiatives as they modernise their networks and integrate them in expanding urban areas to provide more reliable electricity services. AMI enables utilities to remotely read meters, implement prepaid functionality, detect theft, and automate billing while providing better customer visibility for large populations.

Asia Pacific Market Analysis

The Asia Pacific region is one of the largest long-term AMI deployment opportunities globally due to its huge electricity customer base, rapid urbanization, and utility modernization programs coupled with growing investment in smart-grid infrastructure. China is a global technology and deployment hub, while India is growing its focus on large-scale smart-meter rollout expeditiously via RDSS.

List of Companies

• Huawei Technologies Co., Ltd.

• Landis+Gyr

• Itron

• ZTE Corporation

• Sagemcom

• Hexing

• Wasion International

• Ingenu Inc.

• Kamstrup

• Schneider Electric

Huawei Technologies Co., Ltd.

Huawei offers AMI solutions for communications, IoT, and smart-energy infrastructure. Its AMI architecture integrates a master station, data-collection platform, WAN, and neighborhood-area network so that utilities can use it to transition from manual meter reading toward connected, remotely managed metering.

Landis+Gyr

Landis+Gyr has developed beyond traditional meter deployment with its Gridstream Connect platform and new-generation AMI portfolio. The company integrates metering for electric, gas, and water, with IoT connectivity together with edge intelligence and applications for demand management, load disaggregation, and customer engagement.

Itron

Itron has an extensive AMI portfolio that includes smart meters, communications, AMI head-end systems, meter-data management, and distributed-intelligence applications. Features include embedded distributed-intelligence capability with its Gen5 Riva Meter and an AMI platform that offers visibility into and control from the distribution network all the way through the customer premises.

Analyst View

The Advanced Metering Infrastructure market is transitioning from automated meter reading to intelligent grid-edge infrastructure. Electricity smart meters continue to be the primary deployment engine, with utilities adding more gas, water, and thermal metering onto common platforms. Growth is shifting from replacing meters alone to distributed energy, dynamic tariffs, and outage intelligence through cybersecurity and interoperability, which demands edge analytics as its most promising and growth-driving component.

Advanced Metering Infrastructure Market Scope: