Smart Meter Market Size to hit USD 67.3 billion by 2035

According to Globe Market Research, the global Smart Meter Market was valued at USD 32.2 billion in 2026 and is projected to reach approximately USD 67.3 billion by 2035, growing at a CAGR of 8.5% from 2026 to 2035. Asia Pacific accounted for around 36.9% of the market, equivalent to approximately USD 11.9 billion in 2026. Regional leadership is supported by large-scale utility modernisation, expanding electricity demand, government-supported installations and growing adoption of prepaid and advanced metering infrastructure.

Smart Meter Market Key Insights

• Hardware led the component segment with 78.3% share, supported by strong demand for meter devices, sensors, communication modules, displays, and installation equipment.

• Smart electric meters accounted for 70.2% share by type, driven by rising electricity monitoring needs, grid modernization, billing accuracy, and household energy management.

• Automatic meter reading held 69.5% share by technology, supported by remote data collection, lower manual reading costs, faster billing cycles, and improved utility operations.

• Residential end use captured 70.5% share, driven by large household meter installation volumes, rising smart grid adoption, and growing demand for real-time electricity consumption tracking.

• Asia Pacific led the smart meter market with 36.9% share, supported by large-scale utility modernization, rising electricity demand, urban infrastructure growth, and smart grid investments across China, India, Japan, and Southeast Asia.

What is a Smart Meter?

Smart meters are digital devices that automatically measure electricity, gas or water consumption and exchange usage information with utilities through communication networks. These systems support accurate billing, remote meter reading, outage detection, demand-response programmes and near real-time consumption monitoring. Utilities are increasingly integrating smart meters with meter-data management platforms, mobile applications, distributed energy resources and smart-grid systems.

Deployment remained strong during 2026. India’s Ministry of Power reported that 61.3 million smart meters had been installed under various schemes, while smart-metering works covered 197.9 million consumers. Great Britain had more than 41 million smart and advanced meters across homes and small businesses by the first quarter of 2026, representing 72% of all meters. Large energy suppliers installed a further 590,000 units during the quarter. The IEA’s Electricity 2026 report also identified greater grid flexibility as a priority as electricity demand, renewable generation and distributed energy resources continue to expand.

Adoption Rate and Usage Statistics

According to the UK Department for Energy Security and Net Zero, smart and advanced meters represented 72% of all meters operating in Great Britain at the end of March 2026. Adoption reached 74% for domestic electricity meters, 69% for domestic gas meters, and 67% across smaller non-domestic sites. Around 66% of all meters were functioning in smart mode or classified as advanced meters.

According to the Ministry of Power, Government of India, and the UK Department for Energy Security and Net Zero, India had installed 52.8 million smart meters under different programs by December 2025, including 37.7 million consumer meters under the RDSS. Great Britain had 41.09 million smart and advanced meters by March 2026, of which 38.03 million operated in smart mode or were classified as advanced. A further 590,000 meters were installed during the first quarter of 2026.

Component Insights

Hardware accounted for 78.3% of the Smart Meter Market by component. This category includes electricity, gas and water meters, communication modules, displays, sensors, processors and protective enclosures. Hardware remains essential because utilities require physical devices at every customer connection point before remote data collection and digital billing functions can operate.

Great Britain’s energy suppliers installed 2.8 million smart and advanced meters during 2025. Continued large-scale deployment creates demand for meter assemblies, communication equipment, installation accessories and replacement components across residential and smaller commercial properties.

Hardware development is focusing on longer operating life, improved communication coverage and stronger resistance to tampering and environmental conditions. Suppliers must also support secure firmware updates and compatibility with utility data platforms. Reliable field performance is important because replacing installed meters creates additional labour and service costs.

Type Insights

Smart electric meters represented 70.2% of the market by type. Electricity meters lead adoption because utilities require accurate consumption information for billing, outage management, demand forecasting and renewable-energy integration. Their role is expanding as households adopt solar panels, electric vehicles and time-based electricity tariffs.

As of September 30, 2025, large energy suppliers in Great Britain operated 29.6 million electricity meters, compared with 24.0 million gas meters. The larger electricity-meter base supports higher demand for smart electric devices and related communication infrastructure.

Smart electric meters can provide utilities with more frequent information than conventional devices and reduce dependence on manual readings. Their adoption also supports remote service management and more accurate settlement. Future products will need to handle two-way electricity flows and increasingly complex household energy use.

Technology Insights

Automatic meter reading accounted for 69.5% of the market by technology. AMR systems automatically collect consumption information and transfer it to utilities, reducing manual inspection requirements. Their relatively simple communication structure makes them practical for utilities seeking to improve billing accuracy without immediately implementing more complex infrastructure.

At the end of March 2025, approximately 3.5 million smart meters in Great Britain were operating in traditional mode, equal to 9% of installed smart meters. These devices could not deliver their intended automated communication functions, highlighting the importance of dependable connectivity and remote-reading performance.

Technology providers are therefore improving network coverage, data transmission reliability and fault identification. Utilities increasingly expect systems to detect communication failures and restore automatic readings without lengthy site visits. Cybersecurity and data accuracy will also remain important when consumption information is transferred remotely.

End-Use Insights

Residential users accounted for 70.5% of the Smart Meter Market by end use. Households represent the largest number of individual utility connections, creating substantial demand for electricity, gas and water meters. Residential installations also support digital billing, household energy monitoring and participation in variable-rate tariff programs.

An Ofgem consumer survey conducted in July and August 2025 found that 71% of households reported owning a smart meter, up from 68% in January 2025. Satisfaction among smart-meter owners reached 86%, indicating growing household familiarity with digital metering technology.

Residential demand will be influenced by installation convenience, communication reliability and the usefulness of consumption information. Consumers are more likely to engage with smart meters when displays and applications clearly show energy use and expected costs. Utilities must also provide timely assistance when meters stop communicating.

Regional Insights

Asia-Pacific accounted for 36.9% of the Smart Meter Market. Regional leadership is supported by large electricity customer bases, utility modernization programs and expanding investment in digital distribution networks. China, India, Japan, South Korea, Australia and Southeast Asian countries are progressing at different stages of smart-meter deployment.

India’s Ministry of Power reported that 52.8 million smart meters had been installed by December 2025 under various government programs. The scale of this deployment demonstrates the importance of Asia-Pacific in global meter manufacturing, installation services and utility data-management systems.

Regional demand will continue to favour affordable meters that can operate across different network conditions and communication standards. High-volume deployments also require trained installers, dependable supply chains and scalable billing platforms. Utilities will increasingly evaluate smart meters as part of broader loss-reduction and grid-modernization programs.

Key Market Drivers

• Large government-supported installation programs: National programs are replacing conventional meters with connected devices. India had installed 37.7 million consumer meters, 1.256 million distribution-transformer meters, and 158,000 feeder meters under the Revamped Distribution Sector Scheme by December 2025.

• Expansion of advanced metering infrastructure: Utilities are adopting two-way communications, digital meters, head-end systems, and meter data management platforms. These systems allow consumption information, outage alerts, pricing signals, and operational commands to move between utilities and customers.

• Need for accurate and automated billing: Smart meters automatically record consumption and reduce reliance on estimated bills or manual meter readings. They also support remote readings, digital billing, online recharge, and more detailed customer consumption information.

• Modernization of ageing electricity networks: Utilities require better visibility across distribution networks as electricity demand, distributed generation, and extreme-weather risks increase. Advanced digital meters can report outages, provide voltage information, and help operators restore service more efficiently.

• Integration of renewable energy and electric vehicles: Electricity networks must manage variable solar and wind generation alongside new loads from electric vehicles, heat pumps, and battery systems. Smart-meter information helps utilities understand local demand, identify network constraints, and support more flexible energy use.

• Growth of demand-response and time-based tariffs: Smart meters can collect consumption information at half-hourly or shorter intervals. This enables utilities and suppliers to offer time-of-use tariffs that encourage customers to shift electricity consumption away from expensive peak periods.

Emerging Smart Meter Market Trends

• Transition toward AMI 2.0: Utilities are moving beyond automated meter reading toward advanced metering infrastructure that supports two-way communication, outage detection, demand response, remote service management, and distributed-energy monitoring.

• Migration from 2G and 3G to 4G communications: Smart-meter communication modules are being upgraded as older mobile networks approach retirement. Great Britain plans to transition its smart-meter network to 4G before 2G and 3G services are switched off by 2033.

• AI-based meter-data analytics: Utilities are applying AI and machine learning to large meter datasets for load forecasting, abnormal-consumption detection, demand prediction, network planning, and equipment-maintenance decisions. The European Commission’s 2026 roadmap prioritizes digital and AI solutions for energy-system management.

• Edge intelligence inside meters: Greater processing capability is being placed directly inside meters and communications hubs. Local processing can support faster tamper detection, power-quality monitoring, event classification, and limited operation during network interruptions.

• Half-hourly settlement and dynamic pricing: More frequent meter readings are being used to match electricity purchasing and customer consumption more accurately. This supports flexible tariffs, automated demand response, and lower-cost consumption during periods of high renewable generation.

• Integration with outage-management systems: Meter outage notifications can be connected with geographic information, distribution management, and workforce systems. Utilities can identify affected locations, dispatch repair teams, and confirm restoration without waiting for every customer to report a failure.

5 Best Smart Meter Technologies in 2026

• Advanced Metering Infrastructure Platforms: AMI combines digital meters, two-way communications, head-end software, and meter data management systems. It supports automated billing, remote monitoring, outage reporting, demand response, and grid planning.

• Smart Prepaid Metering Systems: These systems allow customers to monitor balances and recharge accounts digitally. Utilities can improve revenue collection, reduce manual billing activities, and provide consumers with clearer control over daily electricity expenditure.

• AI-Enabled Meter Data Management Systems: Meter data platforms validate, process, store, and analyze large volumes of interval data. AI can be used to detect unusual usage, forecast demand, identify possible theft, and support network investment decisions.

• 4G, RF Mesh, PLC, and IoT Communication Networks: Smart meters use cellular, radio-frequency mesh, power-line communication, and low-power IoT technologies to transfer information. The appropriate technology depends on coverage, data volume, building type, terrain, and utility requirements.

• Cybersecure and Interoperable Smart Meters: Modern meters include encrypted communications, authenticated access, secure firmware updates, standardized data models, and integration capabilities. Interoperability reduces dependence on a single technology provider and supports future system upgrades.

Smart Meter Market Case Study

Great Britain Builds a Nationwide Smart Metering Infrastructure

Great Britain provides a practical example of how smart meters can be deployed at national scale to improve billing accuracy, energy monitoring, grid management, and demand flexibility. The programme covers electricity and gas meters installed in homes and smaller commercial premises across England, Scotland, and Wales.

By the end of December 2025, approximately 41 million smart and advanced meters had been installed across domestic and smaller non-domestic premises. Large energy suppliers installed a further 590,000 meters during the first quarter of 2026, demonstrating continued deployment despite the programme entering a more mature stage.

Smart meters automatically transmit consumption readings to energy suppliers, reducing the need for estimated bills and manual meter submissions. The systems can record electricity consumption at 30-minute intervals, allowing customers to view current and historical usage through in-home displays, mobile applications, or online platforms.

The collected data also supports electricity network planning. Distribution network operators can use consumption information to identify local demand patterns, manage network capacity, integrate renewable electricity, and respond to power interruptions more quickly. The UK government considers smart meters an important part of its Clean Power 2030 and long-term energy-system modernisation plans.

Consumer engagement has become an important part of the rollout. In Winter 2025, 43% of surveyed consumers used a smart-meter in-home display to monitor energy consumption, making it the most commonly reported monitoring method. Energy bills were used by 33%, supplier applications by 22%, and online supplier portals by 16%.

Market Segmentations

By Component

• Hardware

• Software

By Type

• Smart Electric Meter

• Smart Water Meter

• Smart Gas Meter

By Technology

• Automatic Meter Reading

• Advanced Metering Infrastructure

By End Use

• Residential

• Commercial

• Industrial

By Region

• North America

• Europe

• Asia Pacific

• Latin America

• Middle East and Africa

Market Dynamics

Drivers Impact Analysis

The Smart Meter Market is driven by rising grid modernization, smart city development, utility digitalization, energy efficiency programs, and wider adoption of advanced metering infrastructure. Smart meters help utilities improve billing accuracy, detect outages faster, reduce power theft, and manage energy demand more efficiently.

Asia Pacific leads the market due to large electricity consumption, rapid urbanization, government-backed smart grid programs, and strong deployment of smart electric, water, and gas meters. China, India, Japan, South Korea, Australia, and Southeast Asia remain important markets for large-scale smart meter installation.

Restraints Impact Analysis

The market faces restraints from high upfront deployment cost, data privacy concerns, cybersecurity risk, interoperability issues, and resistance from some consumers. Smart meter rollouts require hardware, communication networks, software platforms, installation labor, and utility system upgrades.

Another restraint is slow replacement of traditional meters in cost-sensitive regions. Utilities with limited budgets may delay full-scale smart meter deployment, especially where regulatory support or cost recovery mechanisms are weak.

Opportunities Impact Analysis

Opportunities are strong in smart electric meters, smart water meters, smart gas meters, advanced metering infrastructure, prepaid metering, utility analytics, outage management, and demand response solutions. These areas benefit from the shift toward digital utility operations.

Higher-value opportunities are emerging in IoT-enabled meters, cloud-based meter data management, two-way communication networks, smart billing platforms, and AI-based consumption analytics. Companies that combine reliable hardware with software and services can capture stronger long-term value.

Challenges Impact Analysis

The main challenge is managing large-scale rollout execution. Utilities must coordinate procurement, installation, network connectivity, customer communication, meter data systems, cybersecurity, and regulatory reporting. Another challenge is ensuring long-term meter reliability. Smart meters must operate accurately for years under different weather, voltage, connectivity, and usage conditions while supporting secure data transmission.

Recent Developments

• India’s smart meter deployment continued to expand: In February 2026, India’s Ministry of Power reported that 4.05 crore smart meters had been installed under the Revamped Distribution Sector Scheme as of January 15, 2026. Total installations across all government and state schemes reached 5.44 crore. Smart metering projects covering 19.79 crore consumers had been sanctioned under the scheme.

• Greece advanced a nationwide meter-data modernisation programme: In February 2026, HEDNO deployed Itron’s meter data management platform to manage nearly 7.7 million meters. The programme also includes approximately one million new NB-IoT smart meters manufactured by ZIV Automation and managed through multiple head-end systems.

• Wi-SUN communication module shipments reached commercial scale: In May 2026, Comminent and Silicon Labs announced the shipment of more than 500,000 Wi-SUN-compliant communication modules for smart energy meter deployments. The modules use Silicon Labs’ EFR32FG28 wireless system-on-chip and support secure, interoperable radio-frequency mesh networks.

• Hunter Water expanded its digital metering pilot: In May 2026, the Australian utility announced plans to deploy 2,000 Itron NB-IoT ultrasonic water meters beginning in the third quarter of 2026. The devices will provide near-real-time consumption information to improve leakage detection, water management, and customer visibility.

• Watercare launched a major smart water meter upgrade: In June 2026, Itron announced that Watercare Services would replace existing mechanical meters with 100,000 digital water meters in Auckland. The deployment forms part of Watercare’s wider plan to connect nearly 500,000 smart meters across the region.

Mergers

Technology partnerships remained more common than corporate combinations: In May 2026, Comminent and Silicon Labs expanded their cooperation around Wi-SUN communication modules. In June 2026, Itron and Watercare Services announced a large smart water metering deployment. These arrangements combine meter hardware, connectivity, software, and utility operations without merging the participating companies.

Consolidation was primarily acquisition-led: In June 2026, Adani Energy Solutions entered into a binding agreement to purchase IntelliSmart rather than form a merged operating entity. This indicates that large infrastructure companies are seeking direct ownership of smart metering platforms and contracted meter portfolios.

Acquisitions

• Adani Energy Solutions agreed to acquire IntelliSmart: In June 2026, Adani Energy Solutions signed a binding agreement to acquire a 100% equity stake in IntelliSmart Infrastructure for INR 3,050 crore. IntelliSmart has a portfolio of more than 2.2 crore smart meters across Uttar Pradesh, Gujarat, Madhya Pradesh, Bihar, and Assam.

• The transaction would create a larger smart metering platform: In June 2026, Adani stated that the proposed acquisition would increase its combined portfolio to more than 4.7 crore smart meters. Completion remains subject to regulatory and customary approvals.

• The Polaris Smart Metering sale process advanced: In July 2026, Adani, Actis, and other infrastructure investors were reported to be among the shortlisted parties considering the acquisition of Polaris Smart Metering. No completed transaction had been announced through July 2026.

• Investor interest emerged around Australia’s Plus ES: In June 2026, CVC DIF was reported to be considering an investment in Plus ES, Ausgrid’s smart metering and energy infrastructure business. The business was reportedly valued at approximately USD 2.5 billion, although no binding transaction had been confirmed.

Funding

• Polaris Smart Metering secured USD 80 million: In April 2026, Polaris received approximately INR 710 crore from British International Investment for its Hooghly Smart Metering subsidiary. The financing will support the installation of more than 2.2 million smart meters in West Bengal.

• Kimbal Technologies raised USD 22 million: In April 2026, Kimbal completed a Series B round led by GEF Capital Partners, with participation from Niveshaay. The funds will support advanced metering infrastructure, manufacturing, power-quality systems, energy management, battery storage, and international expansion. Kimbal had deployed more than 10 million AMI endpoints.

• Uttar Pradesh allocated capital for prepaid smart meters: In February 2026, the Uttar Pradesh Budget earmarked INR 4,155.17 crore for expanding prepaid and advanced metering infrastructure. The allocation forms part of a wider INR 65,926 crore state energy-sector budget for the 2026–2027 financial year.

• Public financing remained central to market deployment: In February 2026, India’s Ministry of Power confirmed that smart metering had been sanctioned for 45 distribution utilities across 28 states and union territories. The programme includes consumer meters, distribution-transformer meters, feeder meters, communication infrastructure, and associated digital systems.